CNC Programmer

Trystar Inc•Houston, TX

9d•$21 - $39•Onsite

About The Position

This position plays a critical role in achieving our strategic objectives and is an important part of Trystar’s plan to become the world’s foremost custom solution provider. The CNC Programmer is responsible for operating and programming Amada press brake/punch press machines to punch, bend, form, and shape sheet metal components according to engineering drawings and specifications. This role will spend approximately 80% of the day performing machine operation and setup tasks and 20% of the day creating and optimizing programs to support efficient, high-quality production.

Requirements

High school diploma
1 year experience programming
Proven experience as a CNC Programmer or in a similar role within the manufacturing industry is highly desirable.
Strong understanding of CNC machine operations, tooling, and machining processes.
Familiarity and skill with interpreting technical drawings and blueprints
Perform simple mathematics to comprehend and interpret process sheets, SOP manuals, tally sheets, etc. and to keep accurate account of materials used during manufacturing process including scrap amounts.
Frequent lifting, standing, bending & reaching required
Able to pass a pre-employment physical and drug test
Ability to operate various types of forklifts and pallet jack
Ability to lift and carry up to 50 pounds on a regular basis.
Must adhere to all the PPE requirements to perform the job safely, this includes but is not limited to, Eye, Hand, Feet, and Hearing protection
Proficiency in CAD/CAM software, such as AutoCAD, SolidWorks, or Mastercam, to create and optimize CNC programs.
Ability to work independently and closely follow directions is essential
Computer and typing skills, including Microsoft Outlook, Suite, and other related software.
Must be able to read, write and comprehend plant directives written in English.
Analytical thinking and problem-solving skills to optimize machining processes and troubleshoot programming issues.
Excellent attention to detail and the ability to interpret complex engineering drawings and specifications.
Effective communication skills and the ability to work collaboratively in a team environment.
Understanding of safety protocols and the ability to maintain a safe working environment.

Nice To Haves

Bachelor's degree in mechanical engineering, manufacturing technology, or a related field is preferred. Equivalent technical education or relevant certifications may be considered.
ERP or MRP experience is preferred.
Experience with EHRT programming is preferred.
Experience with Trumpf programming is preferred.
Experience with Boost software is preferred.
Experience with Amada, VPSS, and DrAbe is preferred.

Responsibilities

Set up and operate Amada press brake machines according to SolidWorks drawings, blueprints, and work orders.
Load, align, and secure sheet metal materials for accurate bending operations.
Select and install correct tooling and dies; perform test bends to ensure quality and dimensional accuracy.
Perform inspections on first article and in-process parts using calipers, gauges, and other measuring tools.
Record production data, quantities, and quality results accurately in Epicor.
Maintain cleanliness and organization of the workstation in accordance with 6S standards.
Perform routine maintenance and minor adjustments to tooling or machines.
Collaborate closely with welders, punch operators, brake operators and assemblers to maintain production flow.
Adhere to all safety protocols and PPE requirements.
Create, modify, and optimize Amada CNC brake programs using Amada software (VPSS).
Review engineering drawings to develop efficient blank/bend sequences and minimize setup time.
Adjust programs for tooling changes, material thickness variations, and job-specific requirements.
Maintain an organized database of brake press/blank programs and setup documentation.
Collaborate with Manufacturing Engineers to troubleshoot part issues and improve manufacturability.
Continuously seek opportunities to improve productivity, material utilization, and cycle times while maintaining high quality.