Current Job Opportunities

Scandic offers a congenial atmosphere coupled with challenging work and superior benefits.

Members of the Scandic team enjoy 100% paid health/dental/vision/life insurance, paid holidays, and a 401(k) plan with company matching. Because we believe in continuous improvement and career advancement, Scandic has a 100% tuition reimbursement program for approved study and encourages frequent seminar and training attendance.

Scandic is seeking candidates for the following position:

Prototype Technician in our Secondary Operations department
This position demands creative problem-solving. You take a customer's design or concept from start to finish. You will have a complete range of tools and equipment and team support as you:

  • Set up forming and punching tools
  • Use a CNC brake press, arbor press, drill press and lathe
  • Work from prints and specifications to develop production paths
  • Measure features and record inspection data, using calipers and optical comparators


Apply to Dan Morgan, Production Manager, at (510) 352-3700 x16, or online at dmorgan@scandic.com

About Us

Since 1969, Scandic has been a leader in coil springs, fourslide stampings, precision progressive stampings, and CNC wireforming.

Scandic is the largest spring and stamping company in Northern California. Today our team includes multiple engineers, tool and die makers, and veteran technicians who understand all spring materials.

For inspection-intensive processes, we have automated comparators that measure 100% of all features, on multiple samples, and output the data to statistical analysis programs. This allows us to efficiently assemble PPAP submissions. Scandic now produces larger sheetmetal stampings (to 20 inches wide), in-die tapping on your stamped parts, and automatic hardware insertion.

The kinds of parts we make for our customers include battery contacts, EMI shielding, ESD contacts, spring clips, latches and retainers, and belleville washers.

We have particular expertise in working with spring materials such as beryllium copper, which are heat-treated after forming to attain their highest spring temper.