Programmer-CNC

Major Tool & Machine - Chicopee, MA

Full-time

Chicopee, MA

Fabricated Metal Product Manufacturing

About the position

Hoppe Technologies, located in Chicopee, Massachusetts, is currently recruiting to fill a CNC Programmer position. Hoppe celebrated its 80th anniversary in 2021, and we are an established machining company serving (primarily) the aerospace, defense, and semiconductor industries. Our primary machining areas consist of 3-, 4-, and 5-axis Mazak, Okuma, and Matsuura milling and Mazak Integrex mill-turn CNC machines. We are continually upgrading and adding new machines to our shop, the most recent being a pair of Matsuura MAM72-70V's each equipped with 18-pallet tower systems. The CNC Programmer will be a member of the engineering team and a key contributor to New Product Introduction (NPI). This role involves reviewing and interpreting product design information, including available 2D drawings, GD&T, 3D electronic models, and other product specifications to develop and propose the most suitable machining and production processes. The CNC Programmer will also be responsible for selecting all tooling and fixturing required for production, assisting with the design and making of needed fixtures and setup components. Running Vericut simulation software on designs in advance of production to detect errors, potential collisions, or programming inefficiencies is also a key responsibility. The role requires setting up, operating, and programming multi-taskers and milling machines using Maztrol Conversational and/or G-Code, with the ability to use MasterCam. Additionally, the CNC Programmer will provide direct technical support to machinists in the machining departments, identify and implement efficiency improvements, and work with engineering and management to identify, source, and implement machine upgrades. Adherence to state and federal law, the Company AS9100 quality program and procedures, company policies, and Safety and Environmental regulations is essential. Other duties may be assigned by the supervisor as needed.

Responsibilities

• Member of the engineering team and a key contributor to New Product Introduction (NPI).
• Review and interpret product design information, available 2D drawings, GD&T, 3D electronic models, and other product specifications to develop and propose suitable machining/production processes.
• Select all tooling and fixturing required for production and assist with the design and making of needed fixtures and setup components.
• Run Vericut simulation software on designs in advance of production to detect errors, potential collisions, or programming inefficiencies.
• Set up, operate and program multi-taskers and milling machines using Maztrol Conversational and/or G-Code with the ability to use MasterCam.
• Provide direct technical support to machinists in the machining departments.
• Identify and implement efficiency improvements.
• Work with engineering and management to identify, source and implement machine upgrades.
• Adhere and comply with state and federal law, the Company AS9100 quality program and procedures, company policies and Safety and Environmental regulations.
• Perform other duties as assigned by supervisor.

Requirements

• Minimum high school diploma, preferably with a certificate or associates degree in machining.
• Minimum of 5 years of experience setting up, operating and programming CNC multi-tasking machines.
• Previous experience with Mazatrol conversational, G-Code EIA-ISO, Mastercam and/or Vericut is a must.
• Proficient knowledge and application of precision measuring instruments including calipers, ID and OD micrometers, depth gauges, and indicators.
• Knowledge of reading drawings and specifications with an understanding of geometric tolerance and dimensions.
• Knowledge of tool holders, cutting tools, boring bars, fixtures, inserts, and other accessories used on various machines.
• Ability to follow written and oral instructions.
• Ability to communicate in English (both oral and written) as it relates to the job.
• Adaptability to a changing work environment.
• Basic math skills including adding, subtracting, multiplication, division, geometry, and algebra for calculating material fabrication.
• Willingness to run multiple machines independently or in a team environment.