During assembly operations errors occur that render the product unusable. Beta designed, built, and documented a bench-top fixture involving a toggle press, replaceable cutters, and custom molded nests that allowed components to be recovered and reused.

A parts recovery bench-top fixture involving a toggle press, precision tooling, and a cutter head with off-the-shelf replaceable carbide inserts.

Beta designed, built, and fabricated a bench-top fixture to crimp an electrical connector. The precision tooling was heat treated and ground to within +.0002 inches and designed to be easily removed and re-sharpened.

An instrument display cover CNC machined from a solid piece of 6061-T6 aluminum measuring 16 x 7 x 1 ¼ thick

A styling verification model of a steering wheel CNC machined from a solid piece of material with location lugs for setting-up and checking dimensions on a CMM machine.

Beta designed, built, and documented this automated assembly machine to assemble internal components of a medical device. The machine was capable of detecting if parts are present before initiation of the assembly cycle.

A manually operated bench-top medical device assembly press with part present sensors and 440 stainless steel precision tooling. The press will not operate unless all parts are present and loaded properly.

Beta designed and built this medical device assembly press with a mechanical mechanism to prevent assembly if parts are not present.

Beta designed and built this machine to assemble a medical device involving a shaft, washers, a spring, and a nut. The machine was capable of assembling the product to a predetermined torque.

Beta designed and built this pinning assembly press involving mechanical mechanisms that loaded components precisely and with part present sensors.

A 440 stainless steel and delrin assemble fixture.

An example of precision machined tooling used in a medical device assembly fixture.