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Responsible for CNC Set Up with the ability for full change over and set up on different manufactures of CNC machines including HAAS and Doosan, maintaining quality and safety standards; keeping records; maintaining equipment and supplies, and working closely with other departments within the organization to ensure optimal use of equipment and personnel. As a valued member of the production team the CNC Set Up Technician will also have the ability to train other operators as required. Requirements ESSENTIAL JOB DUTIES: <ul><li>Plans machining by studying work orders, blueprints, engineering plans, materials, specifications, orthographic drawings, reference planes, locations of surfaces, and machining parameters; interpreting geometric dimensions and tolerances (GD&amp;T).</li><li>Successfully setup proven / existing programs and processes with minimum supervision / guidance.</li><li>Proficiency in setting up either vertical or horizontal CNC multi axis machining centers or multi turret lathes with multi-part holding fixtures including defining work and tool offsets.</li><li>Setup and measurement of tooling in a variety of holders.</li><li>Schedules production through the machining depart using travelers and with the available equipment and manpower to meet customer due dates. </li><li>Sets-up mills and lathes by installing and adjusting three- and four-jaw chucks, tools, attachments, collets, bushings, cams, gears, stops, and stock pushers; indicating vices; tramming heads.</li><li>Train operators to properly operate and to perform preventive maintenance on both CNC equipment and computer components.</li><li>Verifies settings by measuring positions, first-run part, and sample workpieces; adhering to international standards.</li><li>Uses CAD modeling to fabricate and design tools an fixtures.</li><li>Analyzed tool usage including selection, design, and integration in order to reduce cycle time while maintaining quality output.</li><li>Maintains specifications by observing drilling, grooving, and cutting, including turning, facing, knurling and thread chasing operations; taking measurements; detecting malfunctions; troubleshooting processes; adjusting and reprogramming controls; sharpening and replacing worn tools; adhering to quality assurance procedures and processes</li><li>Maintains continuity among work shifts by documenting and communicating actions, irregularities, and continuing needs.</li><li>Demonstrates cooperative communication with other departments and functions of including production, machining, welding, purchasing, engineering, and other corporate leaders.</li><li>Accomplishes organization goals by accepting ownership for contributions and leading by example; and exploring opportunities to add value to accomplishments new and existing jobs.</li><li>Follow quality control standards to ensure meeting quality and quantity requirements.</li><li>Maintains safe operations by adhering the safety protocols and regulations.</li><li>Monitor wear of consumable tools and notify purchasing as required.</li><li>Accurately report work performed.</li><li>Keep work area neat and orderly and follow all safe work practice requirements.</li><li>Maintain identification of all parts and materials and record location of same.</li><li>Report abnormal machine operating conditions immediately.</li><li>Performs all other duties as assigned.</li></ul>Qualifications: <ul><li>High school diploma or general education degree (GED) required and 3 years CNC experience strongly desired.</li><li>Must be able to successfully operate an overhead crane</li><li>Must be familiar wih CAD equipment</li><li>Possess and practice good oral and written communication skills.</li><li>Treat fellow co-workers with dignity and respect.</li><li>Possess and utilize basic math skills and exercise superior organizational skills</li><li>Prior CNC, production machine and/or welding experience highly desired.</li><li>Maintain and exhibit a positive attitude toward our work and our work environment.</li><li>Demonstrated experience with hand and power tools, banders, hoists, and other production equipment, as well as an overall mechanical aptitude</li><li>Forklift certification required.</li><li>Participate in training events (ie; Lockout/Tagout; HazCom; and overhead crane training)</li></ul>Knowledge: GD&amp;T conceptual skills, process improvement, verbal communication, functional and technical skills, controls and instrumentation, supply management, tooling, coordination, inventory control, attention to detail, and sound judgment. EQUIPMENT LISTING (MACHINES, TOOLS &amp; SOFTWARE): Basic personal computer skills that include the ability to send/receive e-mail messages. May be required to operate Computer, Email, Microsoft Excel, Printer, Copier, Fax Machine, Telephone, Scanner, and calculator, micrometers and gages, power tools, hand tools, forklifts and pallet jacks. PHYSICAL ACTIVITIES AND DEMANDS: Moderate Lifting: Exerting up to 20 pounds of force frequently and/or up to 50 pounds of force occasionally and/or a negligible amount of force frequently to move objects. MENTAL AND VISUAL DEMAND: Close mental and visual attention to prepare and analyze data and figures, work on a computer, read, or control machines or processes at a rapid pace that requires close coordination and fine adjustment. Moderate mental and visual attention to perform manual work, machine operations, set-ups, inspections, and adjustments that require frequent decisions to detect and adjust for variance from proper operation. ENVIRONMENTAL CONDITIONS: Work Environment: Work in production area exposed to seasonal temperatures, both high and low. Occupational Hazards: Proximity to moving mechanical parts, moving vehicles, electrical current, welding flash and exposure to potential injury without safe work practices and appropriate personal protective Equipment (PPE). Safety Equipment: May wear a variety of PPE, including safety glasses with side shields, safety shoes and other required PPE in accordance with working tasks. PPE may include gloves and hearing protection when performing certain functions Salary Description $23.00 to $ 28.00/ HR

CNC Set-Up Operator

Job Description Professional Plastics is a leading distributor of high-performance engineering plastic shapes. We provide the widest range of engineering plastics, composites &amp; technical ceramics in the marketplace. Established in 1984, Professional Plastics has grown to 22 locations across the USA, Singapore &amp; Taiwan. We are a family-owned and operated business that values hard work, integrity and ethics. Professional Plastics is currently offering great career opportunities. We are interested in hiring motivated professionals who share our core values and desire to be part of a dynamic team. Professional Plastics is an equal opportunity employer and offers competitive pay and benefits. *First Shift positions available immediately* Position Summary: We are seeking an experienced candidate with the ability and skills to produce machined parts by setting up and operating the CNC router. Promotes safe practices while operating router to appropriately achieve an exceptional cut of material. Licensing/Certificates: CNC certification a plus. Must be forklift certified. Responsibilities include the following as well as other duties that may be assigned: <ul><li>Read blueprint and/or job order for product specifications including dimensions and tolerances and tooling instructions such as feed rates, cutting speed, depth of cut</li><li>Follow sequence of operations</li><li>Select and secure tool in tool holder</li><li>Position and secure work-piece.</li><li>Ability to use equipment to position tools and work-pieces in relation to each other</li><li>Edit feeds, speeds, and depth of cut.</li><li>Observe operation of machine and machined work-piece to specifications</li></ul> Benefits Package: <ul><li>DailyPay Earned Wage Access</li><li>Medical</li><li>Dental</li><li>Vision</li><li>Flexible Spending Account</li><li>401K Plan with Company Match</li><li>Basic Life and AD&amp;D</li><li>Voluntary Life Insurance</li><li>Long Term Disability</li><li>Employee Assistance Program</li><li>Paid Time Off (PTO)</li><li>Paid Holidays</li><li>Morgan Stanley Financial Advice</li><li>Short Term Disability (exc. CA employees)</li><li>Accident, Critical Illness and Hospital Indemnity</li><li>MetLife Legal Plan</li><li>Norton LifeLock</li><li>United Pet Care Discount Program</li><li>LifeMart Employee Discounts</li></ul> Equal Opportunity Employer: Disability/Veteran Job Type: Full-time

CNC Router Operator

Job Description Professional Plastics is a leading distributor of high-performance engineering plastic shapes. We provide the widest range of engineering plastics, composites &amp; technical ceramics in the marketplace. Established in 1984, Professional Plastics has grown to 22 locations across the USA, Singapore &amp; Taiwan. We are a family-owned and operated business that values hard work, integrity and ethics. Professional Plastics is currently offering great career opportunities. We are interested in hiring motivated professionals who share our core values and desire to be part of a dynamic team. Professional Plastics is an equal opportunity employer and offers competitive pay and benefits. Essential Duties and Responsibilities:includes the following, as well as other duties that may be assigned. <ul><li>Plans numerical control program to control contour path machining of plastic parts on automatic machine tools </li><li>Analyzes drawings, sketches, and designs data of parts to determine dimension and configuration of cuts, selection of cutting tools, and machine speeds and feeds rates </li><li>Determines reference points and direction of machine cutting paths </li><li>Computes angular and linear dimensions, radii, and curvatures, and outlines sequence of operations required to machine part </li><li>Prepares geometric layout on graph paper or uses computer-assisted drafting software to show location of reference points and direction of cutting paths </li><li>Writes instruction sheets and cutter lists to guide setup and operation of machine</li><li>Writes program of machine instructions in symbolic language to direct numerical control database and regulates movement of machine along cutting path</li><li>Compares computer printout with original program sheet to assure accuracy of machine instructions</li><li>Revises program to eliminate instruction errors or omissions </li><li>Observes operation of machine on trial run to prove programmed instructions</li></ul> Experience: 5-10 years related experience; knowledge of Mastercam and SolidWorks required Benefits: <ul><li>DailyPay Earned Wage Access</li><li>Medical</li><li>Dental</li><li>Vision</li><li>Flexible Spending Account</li><li>401K Plan with Company Match</li><li>Basic Life and AD&amp;D</li><li>Voluntary Life Insurance</li><li>Long Term Disability</li><li>Employee Assistance Program</li><li>Paid Time Off (PTO)</li><li>Paid Holidays</li><li>Short Term Disability </li><li>Accident, Critical Illness and Hospital Indemnity</li><li>MetLife Legal Plan</li><li>Norton LifeLock</li><li>United Pet Care Discount Program</li><li>LifeMart Employee Discounts</li><li>Morgan Stanley Financial Advice</li></ul> Equal Opportunity Employer: Disability/Veteran Job Type: Full Time

Engineer/CNC Programmer

CNC Programmer &amp; Machinist DUTIES AND RESPONSIBILITIES Review CAD Models and/or blueprints to determine ideal machining strategy, including what tools, speeds, feeds and work holding techniques to be utilized. Generate programs using CAM (Mastercam) software and run simulations to verify the program approach and revise as needed to increase efficiency and quality. Proficiency in both milling and turning (CNC &amp; Manual machines). Will also include measuring, cutting and preparing raw material stock. Machine setup, including tool selection and touch off, probing etc. and loading stock into work holding or fixturing. Multiple unique setups will be required over the course of a day or week. Wide variety of different projects vs. high volume machining production. Has the ability to use precision measuring instruments including precision scales, calipers, micrometers, indicators, and understand the application of each to work within the specified tolerances of the tooling being built and the ability to work within specified time constraints. Final mechanical, plumbing and pneumatic assembly of tooling packages. Communicate with other programmers, management, operators, the engineering department, and Sales while maintaining a clean and safe work area and updating supplies as needed. Complies with the Quality Policy and the Quality Management system, familiarity with ISO 9001:2015 a plus. Observes and follows company safety rules and regulations and other duties as assigned by the Company to support manufacturing or maintenance initiatives. Has the ability to work in and contribute to an open team-oriented environment with the primary focus of understanding the function of thermoforming tooling as it relates to the manufacturing of custom thermoformed products, to include the following: <ul><li>Molds - From the simplest prototype to the most complex of production molds</li><li>Plug Assist (Helpers) - using various materials.</li><li>Dies - Steel Rule, Forged and Match Metal</li><li>Stackers, End of Arm tooling for robotic automation</li><li>Seal Tooling - Heat, RF, and Impulse</li><li>Fixturing - Part molding for various production processes to include all secondary operations.</li></ul> EDUCATIONAL/EXPERIENCE REQUIREMENTS FOR POSITION <ul><li>High School Graduate or GED</li><li>2 years related experience and/or training, or an equivalent combination of education and experience.</li><li>College or Technical training in the application and the use of Computer Aided Manufacturing software; Mastercam experience a plus.</li></ul><ul><li>Experience in Computer Aided Design; SolidWorks experience is a plus.</li><li>Formal or On-the-Job Machinist training and the ability to read mechanical drawings.</li><li>High level of mechanical aptitude, familiarity or experience in thermoforming is a plus.</li></ul> PHYSICAL DEMANDS The ability to communicate with management and other coworkers is crucial. Regular use of the telephone and e-mail for communication is essential. Sitting for extended periods is common. Good math and reasoning abilities are essential. Must be able to understand and utilize engineering drawings, operating manuals, and blueprints to conduct business. WORK CONDITIONS The job is performed indoors in a traditional office /machine shop setting. Activities include extended periods of sitting and extensive work at a computer. Some medium lifting is expected. Exertion of up to 25 lbs. of force occasionally is required. Good manual dexterity for the use of mechanical equipment such as drills, lathes, mills, grinders, and other machines or measuring tools is required. Protective safety equipment - including appropriate clothing, shoes, gloves, and safety glasses - are needed. Activities include extended periods of standing and extensive work with measuring devices.

CNC Programmer

OPEN JOB: Senior Manufacturing Engineer (CNC and 5-Axis) LOCATION: East Aurora, NY (near Buffalo) SALARY: $120,000 to $140,000 Benefits - Full Relocation Assistance Available Interview Travel Reimbursed - Yes Industry: Aerospace / Defense Job Category: Engineering - Industrial / Manufacturing <ul> <li> Our customer, an aerospace manufacturing firm, is seeking a Sr. Manufacturing Engineer to take on a critical role in supporting the Prismatic (Complex Milling) Manufacturing Group located in East Aurora NY. </li> <li> The primary responsibility will be supporting the development of new product/development manufacturing processes, as well as applying continuous improvement manufacturing technologies to existing or mature production programs. </li> <li> In this role, you'll take ownership and drive results performing challenging and nonroutine manufacturing engineering applying standard engineering techniques, procedures, and "out of the box" thinking. In addition to accountability for the manufacturing processes in East Aurora, NY you will also help support our other aircraft facilities worldwide as required. </li> </ul> Here is what you can expect.... <ul> <li> Evaluate and develop new and emerging technologies in manufacturing engineering and production process development. </li> <li> Play a major role in coordinating Design for Manufacturing efforts amongst various development engineering groups for new and existing programs. </li> <li> Determine manufacturing procedures, operation sequencing, prepare tooling and gauge lists, create, and prove out N/C programs, writing of detailed operations sheets and work instructions to produce complex milled machined parts and sub-assemblies. </li> <li> Hands on approach in supporting continuous improvement efforts for existing production processes. </li> <li> Prepare, monitor, and update engineered or estimated time standards for set up and run hours, man to machine ratios and economic run quantities for each component's processes throughout the entire parts routing. </li> <li> Provide detailed cost estimates for new business capture and process improvement efforts. </li> <li> Leadership in new manufacturing capital equipment evaluation, justification, purchasing and implementation. </li> <li> Daily interaction with a variety of disciplines, including other Moog engineers, technicians, operations, and quality personnel, as well as external suppliers, to solve process related problems and mentor others. </li> </ul> <ul> <li> Work days are split between hands on shop interaction and office assignments. Many times, the Manufacturing engineers performs their own machine program proveouts side by side with shop personnel. </li> <li> Project leadership opportunities assigned by the Group Lead and/or Manufacturing Engineering Manager. </li> <li> Support of production automated manufacturing cells, driving process stability to achieve reduced attended labor and human factor variation. Assignment/Ownership of a dedicated manufacturing cell is likely. </li> <li> Some international and/or domestic travel as required (5% or approx. two weeks/year). </li> </ul> REQUIREMENTS: <ul> <li> Bachelor of Science Degree (Manufacturing, Mechanical, Industrial Eng or Tech). <ul> <li> Additional seasoned experience in manufacturing engineering that would be equivalent to what is learned in a degreed program would be reviewed for an acceptable alternative to the B. S. Degree requirement. </li> </ul> </li> </ul> <ul> <li> A minimum of 5 years Manufacturing Engineering with milled parts experience </li> <li> A minimum equivalent of 5 years hands on machining experience. </li> <li> CAD/CAM CNC milled parts programming experience (Siemens NX preferred). Fluent in G&amp;M Code programming. </li> <li> Strong cutting tool and workholding knowledge, selection, and design. Quick change and automation tooling/workholding experience a plus. </li> <li> Strong manufacturing process knowledge to create efficient CNC programs for complex milled parts. </li> <li> The ability to provide guidance and direction to other manufacturing engineers. </li> <li> Experience developing automated and advanced manufacturing systems. </li> <li> A "Lean Mindset" and leadership skills to drive change towards a "Lean factory" and "Standardized Work". (Lean belt certification a plus) </li> <li> Proficiency in blueprint reading and GD&amp;T </li> <li> 5-Axis Machining center programming experience required. The Global Machining Platform consists of Okuma MU-4000V, MU-5000V, MU-8000V and Mazak I-600 machines. Experience with these machines is a plus. </li> <li> Experience in machining a wide variety of Aerospace materials (Aluminum, Titanium, Stainless Steels, etc) on complex milled parts. </li> </ul> Skills <ul> <li> CNC machining experience </li> <li> CAD/CAM </li> <li> G&amp;M Code programming </li> <li> Cutting Tool </li> <li> 5-Axis machining center programming </li> <li> Complex Milled parts </li> </ul> If you are interested in pursuing this opportunity, please respond back and include the following: <ul> <li> MS WORD Resume </li> <li> required compensation. </li> <li> Contact information. </li> <li> Availability </li> </ul> Upon receipt, one of our managers will contact you to discuss the position in full detail. JASON DENMARK Recruiting Manager INTERMEDIA GROUP, INC. EMAIL: <a href="mailto:jdenmark@intermediagroup.com" target="_blank">jdenmark@intermediagroup.com</a> LINKEDIN: <a href="https://www.linkedin.com/in/jasondenmark/" target="_blank">https://www.linkedin.com/in/jasondenmark/</a> Steve Fleischner Intermedia Group, Inc. <a href="mailto:steve@intermediagroup.com" target="_blank">steve@intermediagroup.com</a> (212) 203-3666 <a href="http://www.intermediaqroup.com" target="_blank">www.intermediaqroup.com</a>

Senior Manufacturing Engineer (CNC and 5-Axis) - near Buffalo NY - to $140,000

Description The CNC Lathe Machinist operates computer numerical control machines to fabricate finished parts to specifications while holding tolerances +/- .0001. The CNC Lathe Machinist loads parts in the machine, cycle's machine, and detects malfunctions in machine operations, such as worn or damaged cutting tools. The position communicates with co-workers regarding productions runs, and maintains a safe, organized, and clean work environment. Benefits: <ul> <li>Health insurance</li> <li>Dental insurance</li> <li>Vision insurance</li> <li>Life insurance</li> <li>Paid time off</li> <li>401(k)</li> <li>401(k) matching</li> <li>Employee assistance program</li></ul> Key Responsibilities <ul> <li>Uphold the company values, vision, and mission.</li> <li>Uphold the quality policy.</li> <li>Follows safety requirements.</li> <li>Follow policies and procedures.</li> <li>Performs all assigned machine shop operations.</li> <li>Assist with the replacement of worn tools</li> <li>Assist with the start-up of lathe or turning machines.</li> <li>Assist with the positioning and alignment of cutting tools in toolholders on machines.</li> <li>Understand blueprints, layouts or charts, and job orders and how it relates to the specifications and tooling instructions.</li> <li>Assist with the selection of cutting tools and tooling instructions.</li> <li>Assist with the controls to set cutting speeds and depths and feed rates, and to position tools in relation to workpieces.</li> <li>Refill, change, and monitor the level of fluids, such as oil and coolant, in machines.</li> <li>Assist with the installation of holding fixtures, cams, gears, and stops to control stock and tool movement, using hand tools, power tools, and measuring instruments.</li> <li>Assist with hoists, fasteners, and hand tools.</li></ul><ul> <li>Assist moving toolholders manually or by turning handwheels.</li> <li>Assist with in process inspection of machined parts using a variety of precision measuring tools such as micrometers, microscopes, fixtures, indicators, and special tools.</li> <li>Other duties assigned</li></ul>Education: <ul> <li>Associates or Certification in Machining Technologies preferred (not required).</li> <li>2+ years of experience in a manufacturing facility.</li></ul>Skills Required: <ul> <li>Comprehension of complex engineering drawings.</li> <li>Ability to hold tolerances up to =/- .0001.</li> <li>Blueprint, GD&amp;T, measuring equipment</li> <li>Basic Communication</li> <li>Basic shop math</li></ul>Work Environment: <ul> <li>Manufacturing floor environments </li> <li>Controlled temperature environments </li></ul>Expected Hours of Work This is a Full-Time hourly position required to work Monday through Friday, with occasional weekends. Travel: Up to 0% Pay Range $18.00 Hourly to $25.00 Hourly

CNC Lathe Machinist

Are you a Machinist looking for a great career opportunity? Do you want a clean, safe work environment where you can learn new skills or apply your hard-earned expertise in Precision Machining? Gleason is looking for entry level candidates as well as individuals with master level experience Why work at Gleason? <ul><li>Pay Range $18 to $30/per hour </li><li>Flexible 4-day work week options available in some departments</li><li>New York State Apprenticeship Program </li><li>Shift premiums for 2nd and 3rd shift schedules </li><li>Excellent benefits package including a 6% Company 401(k) match </li></ul> Get your career in gear at Gleason! Apply today to learn more about Gleason and your future career. Gleason offers excellent learning opportunities for candidates just beginning their career in Advanced Manufacturing as well as Precision Machinist jobs for those candidates with the highest level of experience. Position Summary: Set up and operate a variety of conventional and/or CNC machine tools to produce precision parts and/or instruments by applying knowledge of mechanics, mathematics, metal properties, layout, and machining procedures. Verify product by inspection of precision parts to meet defined print specifications. Machine Tools Include: <ul><li>Lathe - turning to .001" tolerance </li><li>Mill - horizontal &amp; vertical to .001" tolerance </li><li>CNC Multi-axis Machining Center to .001" tolerance </li><li>Internal/External Precision Grinding to .0001" tolerance </li><li>CURVIC Coupling Grinding to .00005" tolerance </li></ul> Preferred Education/Training/Experience: <ul><li>High school diploma or equivalent required </li><li>Associate's degree in Advance Manufacturing/Machining desired </li><li>Basic computer skills; knowledge of Microsoft Word and Excel is a plus.</li></ul>The salary range in this posting depends on qualifications and experience. Actual compensation may vary, and this job posting is not necessarily reflective of actual compensation that may be earned, nor a promise of any specific pay for any specific employee, which is always dependent on relevant experience, qualifications/education, and other factors including work schedule, shift premiums, and overtime. Gleason is an Equal Opportunity Employer and considers applicants for all positions without regard to age, disability, genetic information and/or predisposing genetic characteristics, marital status, national origin, race/color, religion, sex/gender, sexual orientation, military or veteran status, victim of domestic violence status, arrest or conviction record, or any other characteristic protected by applicable laws.

Machinist - CNC or Manual

About Gleason With more than 2,200 employees and 13 manufacturing facilities worldwide, Gleason Corporation is a leader in gear technology. Gleason's product and service offerings include gear and transmission design software, gear manufacturing machines and related accessories, gear metrology equipment and automation systems. Gleason products are used by customers in e-mobility, commercial vehicles, aerospace, agriculture, mining, sustainable energy, construction, power tools, marine and many other industries Working for Gleason, you will be connected to work that matters, putting your expertise to its best use while developing skills for the future. The result is a career defined by you, supported by Gleason and built on tangible accomplishments. As we continue to grow and evolve, we are looking for the right people to join us on our mission. If you are interested in being part of our team, there are a few things you should know: We are energized by challenges and the effort needed to solve them. We like working with people who are positive, adaptable and growth-minded. We care how work gets accomplished and are deeply invested in the success of our customers and colleagues. If this sounds like you, we invite you to read on and learn more. Why work at Gleason? <ul><li>Excellent benefits package including a 6% Company 401(k) match </li><li>Flexible scheduling options available in some departments</li><li>NYS Certified Apprenticeship Program</li><li>Shift premiums for 2nd and 3rd shifts</li><li>Formal and informal development opportunities. </li></ul>Gleason is seeking Machinists with a wide range of experience for 1st Shift openings We offer excellent learning opportunities for candidates just beginning their career in Advanced Manufacturing as well as Precision Machinist jobs for those candidates with the highest level of experience. Take a moment to read about Gleason's Machinist Career Ladder and apply today! Position Summary: Set up and operate a variety of conventional and/or CNC machine tools to produce precision parts and/or instruments by applying knowledge of mechanics, mathematics, metal properties, layout, and machining procedures. Verify product by inspection of precision parts to meet defined print specifications. Machine Tools Include: <ul><li>Lathe - turning to .001" tolerance</li><li>Mill - horizontal &amp; vertical to .001" tolerance</li><li>CNC Multi-axis Machining Center to .001" tolerance</li><li>Internal/External Precision Grinding to .0001" tolerance</li><li>CURVIC• Coupling Grinding to .00005" tolerance</li></ul>Job Responsibilities, Knowledge, Skills &amp; Abilities: Machinist Level I The Machinist Level I performs machine operations on conventional or CNC machine tools such as lathes, boring mills, milling machines, grinding machines, or shapers: <ul><li>Read and interpret blueprints, program readouts, and technical directives to determine and obtain materials and cutting tools for the job and to visualize the finished part and critical surfaces, dimensions, and tolerances.</li><li> Complete basic machine set ups.</li><li>Follow detailed instructions concerning the location of necessary dimensions on blueprints, sequence of machine operations, machine feeds and speeds, tools to be used, alignment processes, and predetermined machined dimensions.</li><li>Align parts in the machine according to set methods and given reference points, exercising care to keep material, holding fixtures, and machine stops clear of chips and particles.</li><li>Use knowledge of machine operations to recognize defective tooling, improper coolant flow, the need for changing speeds or feeds, machine malfunctions, or obvious dimensional deviations. Correct the problem by adjusting the machine, cutting tool, or fixture or obtain assistance from a higher level machinist.</li><li>Use measuring instruments such as internal and external micrometers, vernier height and depth gages, indicators, scales, and various standard or preset snap, plug, bore, or ring gages to achieve and maintain critical dimensions and tolerances during the machining process.</li><li>Use measuring instruments to check the accuracy of dimensions and maintain dimensions through the use of fixtures or preset machine stops, depending upon the dimensional tolerances allowed.</li><li>Basic knowledge of trade mathematics including plane geometry and the use of trigonometric functions and machinist handbook formulas.</li><li>Requires supervision, guidance and training as skills are developed.</li></ul>Machinist Level II The Machinist Level II meets the requirement of a Machinist Level I plus: <ul><li>Operate a wider variety of more complex machine tools.</li><li>Extends the scope of operations on these machines by using various standard machine attachments such as rotary tables, magnetic chucks, gear changing boxes, angular drive heads, taper attachments, and universal milling attachments.</li><li>Intermediate skills in performing precision work on parts that present complex configurations and close tolerances between interrelated surfaces.</li><li>Plan and lay out work from blueprints, work sheets, and drawings that may have missing or incorrect information.</li><li>Operate CNC machine tools when the required manual input includes changes in coolant flow, increases or decreases in speeds and feeds, or stops are programmed for dimensional checks or minor adjustments.</li><li>Edit a CNC program to ensure the part meets the drawing specifications.</li><li>Knowledge of various metals, alloys, and other materials and their machining characteristics that enable them to select the proper cutting tools and determine correct machine feeds and speeds necessary to perform the job.</li><li>Intermediate knowledge of trade mathematics including plane geometry and the use of trigonometric functions and machinist handbook formulas.</li></ul><ul><li>Provide training to Machinist Level I on basic to intermediate machining processes.</li></ul>Machinist Level III The Machinist Level III meets the requirements of a Machinist Level II plus: <ul><li>Perform a full range of machining operations on most types of conventional or CNC machine tools and their various attachments.</li><li>Has a broad knowledge of various metals that enables the Machinist to produce the desired cuts and finishes on each material.</li><li>Advanced skills in determining work procedures, machine, tools, equipment, and attachments to be used; proper type and size of raw stock; sequence of machining operations, and the speeds and feeds necessary to attain the required finishes and tolerances.</li><li>Setup, operate and debug programs on a variety of CNC machine tools.</li><li>Understand a variety of machine controls and able to make necessary manual inputs to insure accurate dimensional tolerances are achieved.</li><li>Advanced knowledge of trade mathematics including plane geometry and the use of trigonometric functions and machinist handbook formulas. </li><li>Establish needed dimensions such as those required for chasing threads or machining angular surfaces; locating and marking surfaces and angles to be machined, locating reference points, or performing other layout work necessary to facilitate accurate job setups on a variety of conventional or CNC machine tools.</li><li>Manufacture an entire item, carrying out all machining operations necessary for completion, and performing precision handwork such as filing, scraping and lapping to fit, assemble, and finish machined parts.</li><li>Expertise in using many types of advanced precision instruments and equipment such as vernier calipers, height gages, squares, protractors, inside, outside and depth micrometers, surface gages, v-blocks, parallel bars, gage blocks, dial indicators, optical and mechanical comparators, ring, bore, plug, and go/no-go thread gages to attain accurate dimensions and maintain tolerances.</li><li>Provide basic, intermediate and advanced training to Machinist Level I and II on most types of machine tools. Can assist others with intermediate to complex machining processes, programming edits and problem solving.</li></ul>Machinist Level IV The Machinist Level IV meets the requirements of a Machinist Level III plus: <ul><li>Operate conventional or CNC machines in automatic and semiautomatic mode and make logical decisions at each program stop or decision point to manually input, change, adjust, or otherwise complete the machine instructions to produce a quality finished product. </li><li>Highest level of skill in operating multiple machines simultaneously with exceptional quality and productivity.</li><li>Exercise advanced critical thinking skills and ingenuity in selecting and applying tooling and fixturing to maximize quality and productivity. </li><li>Perform machining processes requiring special adaption of equipment or processes for which they were not specifically designed.</li><li>Use special or improvised tools, fixtures, and setups to machine unusual surface configurations such as curved surfaces requiring machine feeds in different planes simultaneously; surfaces having closely interrelated dimensions; or surfaces having unusual or compound angular relationships.</li><li>Skilled in programming machining operations, setting up and operating CNC machine tools;</li><li>Read existing CNC programs line by line during the machining operation to predict and correct potential process failures before they occur resulting in a machine collision and damage to machine tooling or part.</li><li>Recommend changes to CNC machine tool programs on deficiencies noted; and to coordinate directly with the parts programmer or toolmaker.</li><li>Critique part designs and make recommendations for design modifications to part features.</li><li>Advanced knowledge of software, machining sequence, processing time, inspection requirements and operations of CNC machines to help engineering personnel develop software to complement equipment specifications and procurement (i.e., machine tools, flexible machining systems, robots, and automated inspection equipment).</li><li>Expertise in the selection of metrology equipment and its proper use to ensure the most repeatable results are achieved. </li><li>Thorough knowledge of advanced shop mathematics. They have skill in using geometry and trigonometric formulas to compute compound angles, angular indexing, hole patterns, pitch lead, and pitch diameters for various standard and non-standard threads.</li><li>Skill in performing work assignments requiring untried tasks or procedures such as machining rare metals, or new metal alloys. This requires determining the best tooling material, tool types, coolants, and machine feeds and speeds to use in various machining operation; or independent interpretation and translation of work orders, drawings, and specifications frequently requiring computing and establishing missing tolerances, dimensions, and types of fits and finishes.</li><li>Machinists Level IV apply a knowledge of the effect and relationship of heat treating, annealing, plating, welding, and other related work processes on various machining operations in completing an assignment.</li><li>Subject matter expert in a broad spectrum of machine tools. </li><li>Provide training and assist others with the most complex machining processes, programming edits and problem solving. Act as mentor and coach to other team members and shares knowledge, advice and assistance with all team members.</li></ul>All Machinists are required to: <ul><li>Have basic computer skills; knowledge of Microsoft Word and Excel is a plus.</li></ul><ul><li>Meet daily/weekly production targets.</li><li>Comply with all company policies, procedures and practices</li><li>Follow all department processes/procedures through consistent application of sound quality assurance principles.</li><li>Work cooperatively with all team members.</li></ul><ul><li>Multi-task and engage in work related activities to maximize productivity.</li><li>Be willing to learn and participate in operations and development of equipment within the cell.</li><li>Actively participate in Continuous Improvement initiatives and 5-S projects to support improved operations and cost reduction. </li><li>Participate in activities related to improvement in Cost of Poor Quality (COPQ) by contributing ideas to reduce scrap and rework.</li></ul><ul><li>Willingness to work overtime and different shifts as needed to meet productivity requirements and customer expectations.</li></ul>Preferred Education/Training/Experience: <ul><li>High school diploma or equivalent required</li><li>Associate's degree in Advance Manufacturing/Machining desired</li><li>Basic computer skills; knowledge of Microsoft Word and Excel is a plus.</li></ul>The salary range in this posting depends on qualifications and experience. Actual compensation may vary, and this job posting is not necessarily reflective of actual compensation that may be earned, nor a promise of any specific pay for any specific employee, which is always dependent on relevant experience, qualifications/education, and other factors including work schedule, shift premiums, and overtime. Gleason is an Equal Opportunity Employer and considers applicants for all positions without regard to age, disability, genetic information and/or predisposing genetic characteristics, marital status, national origin, race/color, religion, sex/gender, sexual orientation, military or veteran status, victim of domestic violence status, arrest or conviction record, or any other characteristic protected by applicable laws. MANUFACTURING ENVIRONMENT PHYSICAL DEMANDS The physical demands described here are representative of those that an employee must meet to successfully perform the essential functions of this job in a manufacturing environment. While performing the duties of this job, the employee is frequently required to stand; walk; sit; use hands to finger, handle, or feel; and reach with hands and arms. The employee is occasionally required to climb or balance; stoop, kneel, crouch, or crawl; and talk or hear. The employee must frequently lift and/or move up to 25 pounds and occasionally lift and/or move up to 40 pounds. Employees are required to use proper lift assistance for any objects over 40 pounds. Specific vision abilities required by this job may include close vision, distance vision, color vision, peripheral vision, depth perception, and ability to adjust focus. WORK ENVIRONMENT The work environment characteristics described here are representative of those an employee encounters while performing the essential functions of this job in a manufacturing environment. While performing the duties of this job, the employee may be exposed to moving mechanical parts; wet and/or humid conditions; high, precarious places; fumes or airborne particles; toxic or caustic chemicals; outside weather conditions; extreme heat; risk of electrical shock; and vibration. The noise level in the work environment is usually loud. REASONABLE ACCOMMODATIONS To perform this job successfully, an individual must be able to perform each essential duty satisfactorily. The requirements listed above are representative of the knowledge, skill, experience and/or ability required. Reasonable accommodations may be made to enable individuals with disabilities to perform the essential functions. This job description in no way states or implies that these are the only duties to be performed. Employees are required to follow any other instructions and to perform any other duties requested by their manager or supervisor. DISCLAIMER The duties listed in this job description are intended only as illustrations of the various types of work that may be performed and is not an all inclusive summary of job duties and responsibilities. The omission of specific statements or duties and responsibilities does not exclude them from the position if the work is similar, related or a logical assignment to the position. This job description does not constitute an employment agreement between the employer and employee and is subject to change by the Company as the needs of the Company and requirements of the job change.

CNC Machinist 1st Shift

With more than 2,200 employees and 13 manufacturing facilities worldwide, Gleason Corporation is a leader in gear technology. Gleason's product and service offerings include gear and transmission design software, gear manufacturing machines and related accessories, gear metrology equipment and automation systems. Gleason products are used by customers in e-mobility, commercial vehicles, aerospace, agriculture, mining, sustainable energy, construction, power tools, marine and many other industries Working for Gleason, you will be connected to work that matters, putting your expertise to its best use while developing skills for the future. The result is a career defined by you, supported by Gleason and built on tangible accomplishments. As we continue to grow and evolve, we are looking for the right people to join us on our mission. If you are interested in being part of our team, there are a few things you should know: We are energized by challenges and the effort needed to solve them. We like working with people who are positive, adaptable and growth-minded. We care how work gets accomplished and are deeply invested in the success of our customers and colleagues. If this sounds like you, we invite you to read on and learn more. Are you a Machinist looking for a great career opportunity? Do you want a clean, safe work environment where you can learn new skills or apply your hard-earned expertise in Precision Machining? Gleason is looking for entry level candidates as well as individuals with master level experience Why work at Gleason? <ul><li>Pay Range $18 to $30/per hour </li><li>Flexible 4-day work week options available in some departments</li><li>New York State Apprenticeship Program </li><li>Shift premiums for 2nd and 3rd shift schedules </li><li>Excellent benefits package including a 6% Company 401(k) match </li></ul> Get your career in gear at Gleason! Apply today to learn more about Gleason and your future career. Gleason is seeking Machinists with a wide range of experience for 2nd Shift openings We offer excellent learning opportunities for candidates just beginning their career in Advanced Manufacturing as well as Precision Machinist jobs for those candidates with the highest level of experience. Take a moment to read about Gleason's Machinist Career Ladder and apply today! Position Summary: Set up and operate a variety of conventional and/or CNC machine tools to produce precision parts and/or instruments by applying knowledge of mechanics, mathematics, metal properties, layout, and machining procedures. Verify product by inspection of precision parts to meet defined print specifications. Machine Tools Include: <ul><li>Lathe - turning to .001" tolerance </li><li>Mill - horizontal &amp; vertical to .001" tolerance </li><li>CNC Multi-axis Machining Center to .001" tolerance </li><li>Internal/External Precision Grinding to .0001" tolerance </li><li>CURVIC• Coupling Grinding to .00005" tolerance </li></ul>Job Responsibilities, Knowledge, Skills &amp; Abilities: Machinist Level I The Machinist Level I performs machine operations on conventional or CNC machine tools such as lathes, boring mills, milling machines, grinding machines, or shapers: <ul><li>Read and interpret blueprints, program readouts, and technical directives to determine and obtain materials and cutting tools for the job and to visualize the finished part and critical surfaces, dimensions, and tolerances.</li><li> Complete basic machine set ups.</li><li>Follow detailed instructions concerning the location of necessary dimensions on blueprints, sequence of machine operations, machine feeds and speeds, tools to be used, alignment processes, and predetermined machined dimensions.</li><li>Align parts in the machine according to set methods and given reference points, exercising care to keep material, holding fixtures, and machine stops clear of chips and particles.</li><li>Use knowledge of machine operations to recognize defective tooling, improper coolant flow, the need for changing speeds or feeds, machine malfunctions, or obvious dimensional deviations. Correct the problem by adjusting the machine, cutting tool, or fixture or obtain assistance from a higher level machinist.</li><li>Use measuring instruments such as internal and external micrometers, vernier height and depth gages, indicators, scales, and various standard or preset snap, plug, bore, or ring gages to achieve and maintain critical dimensions and tolerances during the machining process.</li><li>Use measuring instruments to check the accuracy of dimensions and maintain dimensions through the use of fixtures or preset machine stops, depending upon the dimensional tolerances allowed.</li><li>Basic knowledge of trade mathematics including plane geometry and the use of trigonometric functions and machinist handbook formulas.</li><li>Requires supervision, guidance and training as skills are developed.</li></ul>Machinist Level II The Machinist Level II meets the requirement of a Machinist Level I plus: <ul><li>Operate a wider variety of more complex machine tools. </li><li>Extends the scope of operations on these machines by using various standard machine attachments such as rotary tables, magnetic chucks, gear changing boxes, angular drive heads, taper attachments, and universal milling attachments.</li><li>Intermediate skills in performing precision work on parts that present complex configurations and close tolerances between interrelated surfaces.</li><li>Plan and lay out work from blueprints, work sheets, and drawings that may have missing or incorrect information.</li><li>Operate CNC machine tools when the required manual input includes changes in coolant flow, increases or decreases in speeds and feeds, or stops are programmed for dimensional checks or minor adjustments.</li><li>Edit a CNC program to ensure the part meets the drawing specifications.</li><li>Knowledge of various metals, alloys, and other materials and their machining characteristics that enable them to select the proper cutting tools and determine correct machine feeds and speeds necessary to perform the job.</li><li>Intermediate knowledge of trade mathematics including plane geometry and the use of trigonometric functions and machinist handbook formulas.</li></ul><ul><li>Provide training to Machinist Level I on basic to intermediate machining processes. </li></ul>Machinist Level III The Machinist Level III meets the requirements of a Machinist Level II plus: <ul><li>Perform a full range of machining operations on most types of conventional or CNC machine tools and their various attachments. </li><li>Has a broad knowledge of various metals that enables the Machinist to produce the desired cuts and finishes on each material.</li><li>Advanced skills in determining work procedures, machine, tools, equipment, and attachments to be used; proper type and size of raw stock; sequence of machining operations, and the speeds and feeds necessary to attain the required finishes and tolerances.</li><li>Setup, operate and debug programs on a variety of CNC machine tools.</li><li>Understand a variety of machine controls and able to make necessary manual inputs to insure accurate dimensional tolerances are achieved.</li><li>Advanced knowledge of trade mathematics including plane geometry and the use of trigonometric functions and machinist handbook formulas. </li><li>Establish needed dimensions such as those required for chasing threads or machining angular surfaces; locating and marking surfaces and angles to be machined, locating reference points, or performing other layout work necessary to facilitate accurate job setups on a variety of conventional or CNC machine tools.</li><li>Manufacture an entire item, carrying out all machining operations necessary for completion, and performing precision handwork such as filing, scraping and lapping to fit, assemble, and finish machined parts.</li><li>Expertise in using many types of advanced precision instruments and equipment such as vernier calipers, height gages, squares, protractors, inside, outside and depth micrometers, surface gages, v-blocks, parallel bars, gage blocks, dial indicators, optical and mechanical comparators, ring, bore, plug, and go/no-go thread gages to attain accurate dimensions and maintain tolerances.</li><li>Provide basic, intermediate and advanced training to Machinist Level I and II on most types of machine tools. Can assist others with intermediate to complex machining processes, programming edits and problem solving.</li></ul>Machinist Level IV The Machinist Level IV meets the requirements of a Machinist Level III plus: <ul><li>Operate conventional or CNC machines in automatic and semiautomatic mode and make logical decisions at each program stop or decision point to manually input, change, adjust, or otherwise complete the machine instructions to produce a quality finished product. </li><li>Highest level of skill in operating multiple machines simultaneously with exceptional quality and productivity. </li><li>Exercise advanced critical thinking skills and ingenuity in selecting and applying tooling and fixturing to maximize quality and productivity. </li><li>Perform machining processes requiring special adaption of equipment or processes for which they were not specifically designed. </li><li>Use special or improvised tools, fixtures, and setups to machine unusual surface configurations such as curved surfaces requiring machine feeds in different planes simultaneously; surfaces having closely interrelated dimensions; or surfaces having unusual or compound angular relationships. </li><li>Skilled in programming machining operations, setting up and operating CNC machine tools; </li><li>Read existing CNC programs line by line during the machining operation to predict and correct potential process failures before they occur resulting in a machine collision and damage to machine tooling or part. </li><li>Recommend changes to CNC machine tool programs on deficiencies noted; and to coordinate directly with the parts programmer or toolmaker. </li><li>Critique part designs and make recommendations for design modifications to part features. </li><li>Advanced knowledge of software, machining sequence, processing time, inspection requirements and operations of CNC machines to help engineering personnel develop software to complement equipment specifications and procurement (i.e., machine tools, flexible machining systems, robots, and automated inspection equipment). </li><li>Expertise in the selection of metrology equipment and its proper use to ensure the most repeatable results are achieved. </li><li>Thorough knowledge of advanced shop mathematics. They have skill in using geometry and trigonometric formulas to compute compound angles, angular indexing, hole patterns, pitch lead, and pitch diameters for various standard and non-standard threads. </li><li>Skill in performing work assignments requiring untried tasks or procedures such as machining rare metals, or new metal alloys. This requires determining the best tooling material, tool types, coolants, and machine feeds and speeds to use in various machining operation; or independent interpretation and translation of work orders, drawings, and specifications frequently requiring computing and establishing missing tolerances, dimensions, and types of fits and finishes. </li><li>Machinists Level IV apply a knowledge of the effect and relationship of heat treating, annealing, plating, welding, and other related work processes on various machining operations in completing an assignment. </li><li>Subject matter expert in a broad spectrum of machine tools. </li><li>Provide training and assist others with the most complex machining processes, programming edits and problem solving. Act as mentor and coach to other team members and shares knowledge, advice and assistance with all team members. </li></ul>All Machinists are required to: <ul><li>Have basic computer skills; knowledge of Microsoft Word and Excel is a plus. </li></ul><ul><li>Meet daily/weekly production targets. </li><li>Comply with all company policies, procedures and practices </li><li>Follow all department processes/procedures through consistent application of sound quality assurance principles. </li><li>Work cooperatively with all team members. </li></ul><ul><li>Multi-task and engage in work related activities to maximize productivity. </li><li>Be willing to learn and participate in operations and development of equipment within the cell. </li><li>Actively participate in Continuous Improvement initiatives and 5-S projects to support improved operations and cost reduction. </li><li>Participate in activities related to improvement in Cost of Poor Quality (COPQ) by contributing ideas to reduce scrap and rework. </li></ul><ul><li>Willingness to work overtime and different shifts as needed to meet productivity requirements and customer expectations. </li></ul>Preferred Education/Training/Experience: <ul><li>High school diploma or equivalent required </li><li>Associate's degree in Advance Manufacturing/Machining desired </li><li>Basic computer skills; knowledge of Microsoft Word and Excel is a plus. </li></ul> The salary range in this posting depends on qualifications and experience. Actual compensation may vary, and this job posting is not necessarily reflective of actual compensation that may be earned, nor a promise of any specific pay for any specific employee, which is always dependent on relevant experience, qualifications/education, and other factors including work schedule, shift premiums, and overtime. Gleason is an Equal Opportunity Employer and considers applicants for all positions without regard to age, disability, genetic information and/or predisposing genetic characteristics, marital status, national origin, race/color, religion, sex/gender, sexual orientation, military or veteran status, victim of domestic violence status, arrest or conviction record, or any other characteristic protected by applicable laws.

CNC Machinist 2nd Shift

With more than 2,200 employees and 13 manufacturing facilities worldwide, Gleason Corporation is a leader in gear technology. Gleason's product and service offerings include gear and transmission design software, gear manufacturing machines and related accessories, gear metrology equipment and automation systems. Gleason products are used by customers in e-mobility, commercial vehicles, aerospace, agriculture, mining, sustainable energy, construction, power tools, marine and many other industries Working for Gleason, you will be connected to work that matters, putting your expertise to its best use while developing skills for the future. The result is a career defined by you, supported by Gleason and built on tangible accomplishments. As we continue to grow and evolve, we are looking for the right people to join us on our mission. If you are interested in being part of our team, there are a few things you should know: We are energized by challenges and the effort needed to solve them. We like working with people who are positive, adaptable and growth-minded. We care how work gets accomplished and are deeply invested in the success of our customers and colleagues. If this sounds like you, we invite you to read on and learn more. Are you a Machinist looking for a great career opportunity? Do you want a clean, safe work environment where you can learn new skills or apply your hard-earned expertise in Precision Machining? Gleason is looking for entry level candidates as well as individuals with master level experience Why work at Gleason? <ul><li>Pay Range $18 to $30/per hour </li><li>Flexible 4-day work week options available in some departments</li><li>New York State Apprenticeship Program </li><li>Shift premiums for 2nd and 3rd shift schedules </li><li>Excellent benefits package including a 6% Company 401(k) match </li></ul> Get your career in gear at Gleason! Apply today to learn more about Gleason and your future career. Gleason is seeking Machinists with a wide range of experience for 3rd Shift openings We offer excellent learning opportunities for candidates just beginning their career in Advanced Manufacturing as well as Precision Machinist jobs for those candidates with the highest level of experience. Take a moment to read about Gleason's Machinist Career Ladder and apply today! Position Summary: Set up and operate a variety of conventional and/or CNC machine tools to produce precision parts and/or instruments by applying knowledge of mechanics, mathematics, metal properties, layout, and machining procedures. Verify product by inspection of precision parts to meet defined print specifications. Machine Tools Include: <ul><li>Lathe - turning to .001" tolerance </li><li>Mill - horizontal &amp; vertical to .001" tolerance </li><li>CNC Multi-axis Machining Center to .001" tolerance </li><li>Internal/External Precision Grinding to .0001" tolerance </li><li>CURVIC• Coupling Grinding to .00005" tolerance </li></ul>Job Responsibilities, Knowledge, Skills &amp; Abilities: Machinist Level I The Machinist Level I performs machine operations on conventional or CNC machine tools such as lathes, boring mills, milling machines, grinding machines, or shapers: <ul><li>Read and interpret blueprints, program readouts, and technical directives to determine and obtain materials and cutting tools for the job and to visualize the finished part and critical surfaces, dimensions, and tolerances.</li><li> Complete basic machine set ups.</li><li>Follow detailed instructions concerning the location of necessary dimensions on blueprints, sequence of machine operations, machine feeds and speeds, tools to be used, alignment processes, and predetermined machined dimensions.</li><li>Align parts in the machine according to set methods and given reference points, exercising care to keep material, holding fixtures, and machine stops clear of chips and particles.</li><li>Use knowledge of machine operations to recognize defective tooling, improper coolant flow, the need for changing speeds or feeds, machine malfunctions, or obvious dimensional deviations. Correct the problem by adjusting the machine, cutting tool, or fixture or obtain assistance from a higher level machinist.</li><li>Use measuring instruments such as internal and external micrometers, vernier height and depth gages, indicators, scales, and various standard or preset snap, plug, bore, or ring gages to achieve and maintain critical dimensions and tolerances during the machining process.</li><li>Use measuring instruments to check the accuracy of dimensions and maintain dimensions through the use of fixtures or preset machine stops, depending upon the dimensional tolerances allowed.</li><li>Basic knowledge of trade mathematics including plane geometry and the use of trigonometric functions and machinist handbook formulas.</li><li>Requires supervision, guidance and training as skills are developed.</li></ul>Machinist Level II The Machinist Level II meets the requirement of a Machinist Level I plus: <ul><li>Operate a wider variety of more complex machine tools. </li><li>Extends the scope of operations on these machines by using various standard machine attachments such as rotary tables, magnetic chucks, gear changing boxes, angular drive heads, taper attachments, and universal milling attachments.</li><li>Intermediate skills in performing precision work on parts that present complex configurations and close tolerances between interrelated surfaces.</li><li>Plan and lay out work from blueprints, work sheets, and drawings that may have missing or incorrect information.</li><li>Operate CNC machine tools when the required manual input includes changes in coolant flow, increases or decreases in speeds and feeds, or stops are programmed for dimensional checks or minor adjustments.</li><li>Edit a CNC program to ensure the part meets the drawing specifications.</li><li>Knowledge of various metals, alloys, and other materials and their machining characteristics that enable them to select the proper cutting tools and determine correct machine feeds and speeds necessary to perform the job.</li><li>Intermediate knowledge of trade mathematics including plane geometry and the use of trigonometric functions and machinist handbook formulas.</li></ul><ul><li>Provide training to Machinist Level I on basic to intermediate machining processes. </li></ul>Machinist Level III The Machinist Level III meets the requirements of a Machinist Level II plus: <ul><li>Perform a full range of machining operations on most types of conventional or CNC machine tools and their various attachments. </li><li>Has a broad knowledge of various metals that enables the Machinist to produce the desired cuts and finishes on each material.</li><li>Advanced skills in determining work procedures, machine, tools, equipment, and attachments to be used; proper type and size of raw stock; sequence of machining operations, and the speeds and feeds necessary to attain the required finishes and tolerances.</li><li>Setup, operate and debug programs on a variety of CNC machine tools.</li><li>Understand a variety of machine controls and able to make necessary manual inputs to insure accurate dimensional tolerances are achieved.</li><li>Advanced knowledge of trade mathematics including plane geometry and the use of trigonometric functions and machinist handbook formulas. </li><li>Establish needed dimensions such as those required for chasing threads or machining angular surfaces; locating and marking surfaces and angles to be machined, locating reference points, or performing other layout work necessary to facilitate accurate job setups on a variety of conventional or CNC machine tools.</li><li>Manufacture an entire item, carrying out all machining operations necessary for completion, and performing precision handwork such as filing, scraping and lapping to fit, assemble, and finish machined parts.</li><li>Expertise in using many types of advanced precision instruments and equipment such as vernier calipers, height gages, squares, protractors, inside, outside and depth micrometers, surface gages, v-blocks, parallel bars, gage blocks, dial indicators, optical and mechanical comparators, ring, bore, plug, and go/no-go thread gages to attain accurate dimensions and maintain tolerances.</li><li>Provide basic, intermediate and advanced training to Machinist Level I and II on most types of machine tools. Can assist others with intermediate to complex machining processes, programming edits and problem solving.</li></ul>Machinist Level IV The Machinist Level IV meets the requirements of a Machinist Level III plus: <ul><li>Operate conventional or CNC machines in automatic and semiautomatic mode and make logical decisions at each program stop or decision point to manually input, change, adjust, or otherwise complete the machine instructions to produce a quality finished product. </li><li>Highest level of skill in operating multiple machines simultaneously with exceptional quality and productivity. </li><li>Exercise advanced critical thinking skills and ingenuity in selecting and applying tooling and fixturing to maximize quality and productivity. </li><li>Perform machining processes requiring special adaption of equipment or processes for which they were not specifically designed. </li><li>Use special or improvised tools, fixtures, and setups to machine unusual surface configurations such as curved surfaces requiring machine feeds in different planes simultaneously; surfaces having closely interrelated dimensions; or surfaces having unusual or compound angular relationships. </li><li>Skilled in programming machining operations, setting up and operating CNC machine tools; </li><li>Read existing CNC programs line by line during the machining operation to predict and correct potential process failures before they occur resulting in a machine collision and damage to machine tooling or part. </li><li>Recommend changes to CNC machine tool programs on deficiencies noted; and to coordinate directly with the parts programmer or toolmaker. </li><li>Critique part designs and make recommendations for design modifications to part features. </li><li>Advanced knowledge of software, machining sequence, processing time, inspection requirements and operations of CNC machines to help engineering personnel develop software to complement equipment specifications and procurement (i.e., machine tools, flexible machining systems, robots, and automated inspection equipment). </li><li>Expertise in the selection of metrology equipment and its proper use to ensure the most repeatable results are achieved. </li><li>Thorough knowledge of advanced shop mathematics. They have skill in using geometry and trigonometric formulas to compute compound angles, angular indexing, hole patterns, pitch lead, and pitch diameters for various standard and non-standard threads. </li><li>Skill in performing work assignments requiring untried tasks or procedures such as machining rare metals, or new metal alloys. This requires determining the best tooling material, tool types, coolants, and machine feeds and speeds to use in various machining operation; or independent interpretation and translation of work orders, drawings, and specifications frequently requiring computing and establishing missing tolerances, dimensions, and types of fits and finishes. </li><li>Machinists Level IV apply a knowledge of the effect and relationship of heat treating, annealing, plating, welding, and other related work processes on various machining operations in completing an assignment. </li><li>Subject matter expert in a broad spectrum of machine tools. </li><li>Provide training and assist others with the most complex machining processes, programming edits and problem solving. Act as mentor and coach to other team members and shares knowledge, advice and assistance with all team members. </li></ul>All Machinists are required to: <ul><li>Have basic computer skills; knowledge of Microsoft Word and Excel is a plus. </li></ul><ul><li>Meet daily/weekly production targets. </li><li>Comply with all company policies, procedures and practices </li><li>Follow all department processes/procedures through consistent application of sound quality assurance principles. </li><li>Work cooperatively with all team members. </li></ul><ul><li>Multi-task and engage in work related activities to maximize productivity. </li><li>Be willing to learn and participate in operations and development of equipment within the cell. </li><li>Actively participate in Continuous Improvement initiatives and 5-S projects to support improved operations and cost reduction. </li><li>Participate in activities related to improvement in Cost of Poor Quality (COPQ) by contributing ideas to reduce scrap and rework. </li></ul><ul><li>Willingness to work overtime and different shifts as needed to meet productivity requirements and customer expectations. </li></ul>Preferred Education/Training/Experience: <ul><li>High school diploma or equivalent required </li><li>Associate's degree in Advance Manufacturing/Machining desired </li><li>Basic computer skills; knowledge of Microsoft Word and Excel is a plus. </li></ul> The salary range in this posting depends on qualifications and experience. Actual compensation may vary, and this job posting is not necessarily reflective of actual compensation that may be earned, nor a promise of any specific pay for any specific employee, which is always dependent on relevant experience, qualifications/education, and other factors including work schedule, shift premiums, and overtime. Gleason is an Equal Opportunity Employer and considers applicants for all positions without regard to age, disability, genetic information and/or predisposing genetic characteristics, marital status, national origin, race/color, religion, sex/gender, sexual orientation, military or veteran status, victim of domestic violence status, arrest or conviction record, or any other characteristic protected by applicable laws.

40 Jobs in New York