CNC Laser Operator - Weekend Day Shift at SendCutSend Inc

Paris, Kentucky, United States -

Full Time

Start Date

Immediate

Expiry Date

25 Sep, 26

Salary

40.0

Posted On

27 Jun, 26

Experience

0 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

CNC Fiber Laser Operation, CNC Press Brake Operation, Machine Setup, Blueprint Reading, Precision Measurement, Material Handling, Quality Inspection, Lean Manufacturing, 5S Principles, Tooling Setup, Forklift Operation, Sheet Metal Fabrication

Industry

Industrial Machinery Manufacturing

Description

Description As a CNC Machine Operator, you will operate and support CNC fiber laser and CNC press brake equipment to produce precision cut and formed sheet metal parts. This is a hands-on role focused on machine setup, operation, inspection, and material handling. You will work closely with team leads, supervisors, and department managers to ensure jobs are completed accurately, efficiently, and to customer specifications. Why SendCutSend? SendCutSend is an on-demand manufacturing company specializing in custom sheet metal and CNC machining. We serve more than 150,000 engineers, fabricators, and businesses across the U.S. and Canada. We operate out of six facilities located in Nevada, Kentucky, and Texas. Our business is built on reliability, accountability, quality, and constant improvement. Everyone here plays a real role in our success. We value people who are collaborative, innovative, and committed to detailed high-quality work. We’re scaling fast and building the future of manufacturing. If you’re excited to join the team and grow with us, we want to hear from you! What you’ll do: Set up, operate, and monitor CNC fiber lasers and CNC press brakes Load material and unload finished parts from machines Verify correct programs, tooling, and material prior to running jobs Perform machine startup, shutdown, and routine daily maintenance Install and set up punches, dies, and job tooling as required Read and interpret 2D and 3D drawings for proper laser and brake setup Measure parts using gauges and inspection tools to verify angles, dimensions, and overall accuracy meet customer specifications Collaborate with team leads and supervisors to meet daily production goals and communicate issues or quality concerns as they arise Maintain a clean, organized work area in alignment with LEAN and 5S principles Assist with inventory of tooling such as punches and dies Perform other related duties as assigned Minimum Qualifications: High school diploma or equivalent Ability to read, write, and communicate effectively in English Basic knowledge of CNC systems and machine controls Ability to read production drawings and flat patterns Ability to use measuring devices and basic hand tools Strong attention to detail and quality Ability to follow work instructions and safety procedures Commitment to maintaining a clean, safe, and organized work environment Preferred Qualifications: Experience operating CNC fiber lasers or CNC press brakes Experience with Amada equipment Forklift experience Prior work in a sheet metal or fabrication environment Physical Requirements: Ability to repeatedly lift 25 lbs and lift up to 50 lbs Ability to stand and walk for 10 to 12 hour shifts Ability to bend, reach, and work around large industrial equipment Work Environment: Manufacturing and production floor environment Work performed around CNC lasers, press brakes, and material handling equipment Exposure to noise, moving machinery, and metal materials Use of required personal protective equipment (PPE) at all times Benefits: Medical, Dental, & Vision coverage Paid holidays + PTO 401K with company match Tuition reimbursement Paid parental leave Short-term disability Lunch provided daily Employee discount on parts Schedule Friday - Sunday - 5:00 AM - 5:00 PM Salary Description $22.00 - $40.00/hour

Responsibilities

Operate and support CNC fiber laser and press brake equipment to produce precision sheet metal parts. Responsibilities include machine setup, material loading, and verifying part accuracy against 2D and 3D drawings.