Teijin Automotive Technologies is the world leader in the compounding and manufacturing of lightweight composite components for the transportation industries. As an innovative, full-service Tier One supplier, we offer an entrepreneurial environment where you’re only limited by your own imagination. In addition to our team-focused environment, we provide industry leading benefits. Called BENEfits4U, our comprehensive offering includes: affordable medical, dental, and vision care; flexible spending accounts; life insurance; 401k with company match and much, much more.
Job Description
We are seeking a Press Operator II for our Teijin Automotive Stamping Plant in Manchester, Michigan.
- Understands presses and die terminology.
- Runs progressive dies.
- Operates reels, cradles, short feed sensors and part detectors.
- Makes minor adjustments to press and feeder.
- Pulls progressive dies out of the press.
- Understands stamping fluids and checks mixture.
- Makes sprayer adjustments.
- Loads programs on the spectrum and adjusts set points on Select Loader Analyzer
- Keeps work area orderly and clean.
- Available to work shift overtime hours as assigned per customer requirements.
- Takes individual responsibility for all aspects of part quality to provide TEIJIN AUTOMOTIVE LLC with the product that conforms to both quality and function requirements.
- Submits ideas to promote continuous improvement, emphasizing defect prevention, and the reduction of variation and waste.
- Uses and follows procedures and work instructions pertinent to tasks assigned.
- Takes individual responsibility for housekeeping in the specific work area and generally throughout the facility.
- Maintains a safe and clean work environment by following 5S, safety, and environmental standards.
- Support safety functions by communicating with employees of the expectations that they actively participate in safety training, safety meetings and follow safety protocols.
- Responsible for quality of part produced per the operator instructions.
- Knows, understands, utilizes and follows IATF 16949 and/or ISO 14001 procedures.
- Attention to details related to customer specific requirements.
- Supports continual improvement initiatives and look for continuous improvement ideas.
QUALIFICATIONS
- To perform this job successfully, an individual must be able to perform each essential duty satisfactorily. The requirements listed below are representative of the knowledge, skill, and/or ability required. Reasonable accommodations may be made to enable individuals with disabilities to perform the essential functions.
EDUCATION
- High school diploma or GED.
- One to three years of related experience.
- Equivalent combination of education and experience.
CERTIFICATES, LICENSES, REGISTRATIONS
- Possession of a current and valid motor vehicle operator's license.
- Possession of a current and valid forklift license.
Pay Range (estimates may vary):
$17.25 - $23.81
If you enjoy innovation, and an opportunity to learn and contribute to a growing organization, Teijin Automotive Technologies is the place for you!
What We Do
Teijin Automotive Technologies combines the global expertise of Continental Structural Plastics, CSP Victall, Inapal, Benet Automotive and Teijin Automotive Center Europe to create a powerhouse of vehicle lightweighting, design and engineering expertise.
We are a proven manufacturer of highly-engineered products for dynamic market segments, including automotive, heavy truck, marine and recreational vehicles. Our global manufacturing and compounding footprint enables us to supply consistent materials and components to customers across North America, Europe and Asia – a capability no other composite manufacturer can provide.
Our advanced engineering team understands composite materials better than any other team in the industry. We develop proprietary composite formulations, produce them, and see them through the manufacturing process to meet the design and regulatory needs of our customers all over the world. Today, we are using this vast knowledge of composites to explore a variety of options, including multi-material approaches, that reduce weight while meeting rigorous design and crash test specifications.
