Machine Operator for Fiber Optical Coil Winding
Botany
Operations – Production /
Full-Time /
On-site
Overview of the role
The Fiber Optical Coil Winding Machine Operator is responsible for operating precision winding machinery to produce high-quality fiber optic coils used in sensors, gyroscopes, and other photonics applications. The role involves setting up, monitoring, and maintaining winding processes to ensure coils meet exact specifications and performance standards.
Responsibilities
- Set up and calibrate fiber optic coil winding machines according to production specifications
- Load optical fibers and materials into the machine with care to avoid damage or contamination
- Monitor winding operations to ensure consistent tension, alignment, and coil integrity
- Perform in-process inspections using microscopes and measurement tools to verify quality
- Adjust machine settings as needed to maintain optimal performance and product quality
- Handle delicate fibers with precision to prevent breakage, scratches, or other defects
- Document production data, machine settings, and quality inspection results
- Perform basic maintenance, cleaning, and troubleshooting of winding machines
- Follow safety procedures and cleanroom protocols to maintain a controlled manufacturing environment.
Skills and Experience
- High school diploma or equivalent; technical or vocational training preferred
- Previous experience in fiber optic, electronics, or precision manufacturing environments is desirable
- Ability to read technical drawings, work instructions, and quality standards
- Excellent manual dexterity and attention to detail for handling delicate materials
- Familiarity with microscopes, precision measurement tools, and cleanroom practices
- Basic mechanical aptitude and troubleshooting skills.
Working conditions
- Work performed in a cleanroom and controlled environment with requirements for gowning and contamination control
- Extended periods of standing at winding stations
- Handling of delicate, small-diameter optical fibers under magnification
