Manual Lathe Machinist at FORCE PRESSURE CONTROL LLC
Heritage Acres Colonia, Texas, United States -
Full Time


Start Date

Immediate

Expiry Date

04 Jul, 26

Salary

0.0

Posted On

05 Apr, 26

Experience

0 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

No

Skills

Manual lathe operation, Ball mics, Calipers, Depth mics, OD micrometers, ID micrometers, Frac valve machining, API ring grooves, QAQC protocols, Machinery maintenance, Wellhead equipment, Surface pressure control equipment

Industry

Oil and Gas

Description
Description OFS Facility Operations | Manual Lathe Machinist Force Pressure Control is seeking a safety-oriented Manual Lathe Machinist to work in its Orange Grove facility. Candidate must be able to operate with and without supervision, prepare and initiate jobs, maintain machinery and working production area, and record all data outlined in QAQC protocols. Primary scope of machining work includes, but is not limited to, frac valve seat pockets and API ring grooves. Candidate will operate manual lathe unit. One year working experience is required, three years working experience is preferred. It is expected that candidate be operationally proficient with ball mics, calibers, depth mics, and OD / ID micrometers. Working background with frac valve and other wellhead / surface pressure control equipment is valued. The Manual Lathe Machinist position is a full time, non-exempt position. Overtime in excess of 40 hours per work week will be required. Additional scheduling expectations to be discussed. Hourly pay rate commensurate with experience. Total compensation package includes paid time off / paid holiday schedule, health / medical / ancillary benefits, and 401(k) retirement plan sponsorship. Applicants have rights under Federal Employment Laws.
Responsibilities
The Manual Lathe Machinist is responsible for operating manual lathe units to machine frac valve seat pockets and API ring grooves. They must also maintain machinery, keep the production area clean, and record all data according to QAQC protocols.
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