Manufacturing Engineer, CNC & Sheet Metal Innovation

Fab2; Lockhart (TX); On-site; USD 90,000 - 120,000; Full time

Benefits offered by this job

Medical, Dental, Vision

Paid Time Off

Visa Sponsorship

Life and Disability Insurance

401(k) retirement plan

Parental Leave

Weekly Learning & Development

commuter benefits

Lunches daily

Job summary

Fab2 in Austin, TX is seeking a Manufacturing Engineer to own tool integration, cycle times, fixturing, and process maturity from blank stock to inspected part. You will drive continuous improvement to meet production goals and collaborate across design and manufacturing teams.

The role requires Haas 5-axis programming, fiber-laser and press-brake experience, and a hands-on approach to process ownership, tooling, and throughput optimization.

Qualifications

• 5+ years CNC machining / sheet-metal manufacturing engineering.
• Hands-on Haas 5-axis programming (Mastercam, Fusion 360, or HSMWorks).
• Trumpf or comparable fiber-laser + press-brake experience.
• Comfort owning a process from blank stock to inspected part.

Responsibilities

• CNC programming on 5-axis Haas UMC-500SS / UMC-750SS and DS-30Y mill-turn lathes to reduce cycle time.
• Trumpf TruLaser 1030 + TruBend 5085 SX programming and optimization.
• Fixturing strategy including vises, soft jaws, pallet-pool tombstones, tooling library.
• Tool selection, tool-life tracking, and coolant/chip handling specs.
• Process documentation that sustains operator turnover.

Skills

CNC machining

Haas 5-axis programming

Fiber-laser experience

Press brake experience

Process ownership

Tools

Mastercam

Fusion 360

HSMWorks

TruTops Boost

Job description

Fab2 in Austin, TX is seeking a Manufacturing Engineer to own tool integration, cycle times, fixturing, and process maturity from blank stock to inspected part. You will drive continuous improvement to meet production goals and collaborate across design and manufacturing teams.

The role requires Haas 5-axis programming, fiber-laser and press-brake experience, and a hands-on approach to process ownership, tooling, and throughput optimization.