Freudenberg Medical Adds Six Machines
The Arburg, Wittmann Battenfeld and Toyo machines installed in Baldwin Park, Calif. support component production for in-vitro diagnostic test kits.
Freudenberg Medical (Beverly, Mass.) has added six injection molding machines including three new Arburg molding machines, a workcell for two-shot molding and a Wittmann Battenfeld micro molding machine with in-process visual inspection capability to its thermoplastic molding site in Baldwin Park, Calif.
A company spokesperson told Plastics Technology that the machine additions will boost molding capacity at the site by 10%, with two Toyo machines added along with the Arburg and Wittmann Battenfeld machines. That Wittmann Battenfeld micromolding cell is not the company’s first foray into the technology. The spokesperson noted that Baldwin Park has had micromolding capabilities for several years thanks to an Arburg machine with a micromolding unit. The company didn’t have to to expand its cleanroom footprint to accommodate the new machines.
The new machines range in size from 15 to 110 tons. Added for in-vitro diagnostic test kit component production, the new machines include two-shot processing capabilities that Freudenberg says help streamline manufacturing, reduce SKUs, improve part quality, and reduce costs.

Three new Arburg’s were among the injection molding machines Freudenberg added to its site in Baldwin Park, Calif.
Related Content
-
For Extrusion and Injection-Blow Molders, Numerous Upgrades in Machines and Services
Uniloy is revising its machinery lines across the board and strengthening after-sales services in tooling maintenance, spare parts and tech service.
-
Medical Molder, Moldmaker Embraces Continuous Improvement
True to the adjective in its name, Dynamic Group has been characterized by constant change, activity and progress over its nearly five decades as a medical molder and moldmaker.
-
Medical Tubing: Use Simulation to Troubleshoot, Optimize Processing & Dies
Extrusion simulations can be useful in anticipating issues and running “what-if” scenarios to size extruders and design dies for extrusion projects. It should be used at early stages of any project to avoid trial and error and remaking tooling.