CNC Swiss Machining

Possessing both bar feed and chucker capabilities, we specialize in high volume, high precision multi-spindle machining . We produce a range of products from ultrasonic membranes to EV Battery power posts. Fast cycle times combined with closed loop SPC dimensional control provides the ultimate in quality, performance and reliabililty.

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CNC Swiss Machining Capabilities

Anode & Cathode power connections for EV battery, by Adventec
  • Precision Tsugami dual-spindle Swiss Turning centers
  • Fully Automated workcells equipped with synchronous parts wash & dry
  • “Lights out” production capability
  • Closed loop dimensional & functional verification and auto-adjust
  • Bar-Feed material supply capability
  • Steel, Aluminum, Brass and Copper

Industries we serve

Our Clients


The bobbin for coil winding is the heart of the switching relay and is a challenging high volume plastic component. Adventec brought a creative tooling and production solution that quickly won them preferred supplier status for the component. Their implementation of high speed & high volume cavity separation allowed us to tune our lines and achieve new levels of throughput and yields

On a critical wire-harness to seat switch assembly, Adventec achieved unprecedented reliability by changing the paradigm of ultrasonic welding principles. With a willingness to challenge existing assumptions they Engineered an automated single point weld system with a moving anvil which was previously thought to be impossible

Professional, methodical approach to electromechanical assembly of a complex module … achieved throughput, labor reductions, cost savings

With a few simple and logical part design changes, Adventec was able to adapt a high volume insert molded switch base for fully automated manufacturing. The resulting cost savings have been passed through, and the design concepts carried over to other components

Adventec was brought to the table in the early stages of a critical edge-board connector redesign. They quickly understood the challenges and limitations of the previous design and through careful analysis and applying DFA/DFM principles were able to deliver an innovative solution that also provided cost savings