Jeremy Corbyn to visit Protolabs as part of campaign to support UK manufacturing

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​A visit to product development services firm Protolabs is on Labour leader Jeremy Corbyn’s agenda today as he kicks off the party’s campaign to support UK manufacturing.

Corbyn first spoke to manufacturers’ organisation EEF, saying: “A lack of support for manufacturing is sucking the dynamism out of our economy, pay from the pockets of our workers and any hope of secure well-paid jobs from a generation of our young people. It must be our job in government to reprogramme our economy so that it stops working for the few and begins working for the many.

“Labour is launching this campaign today, because we want to see well-paid jobs in the industries of the future, fuel the tax revenues that fund our public services and the NHS and increase living standards for all.”

Following his EEF meeting, the Opposition leader toured Protolabs 108,000 sq. ft. facility in Telford, where it employs 380 people.

Protolabs describes itself as “the world's fastest digital manufacturing source for custom prototypes and low-volume production parts”. 3D printing, CNC machining and injection moulding technologies are used by the firm to produce parts within days, supporting fast speed to market.

Key features of its service include:

  • An automated quoting system and proprietary software translate digital 3D CAD models into instructions for high speed manufacturing equipment. The result is parts that are shipped in one to 15 days
  • The company is anchored by three flagship services: injection moulding, CNC machining and 3D printing (additive manufacturing)
  • Injection moulding is used for quick-turn prototyping, bridge tooling and low-volume production of up to 10,000+ parts. More than 100 thermoplastics resins, metal and liquid silicone rubber are offered
  • Protolabs uses 3- and 5-axis milling and turning to machine engineering-grade plastic and metal prototypes and functional end-use parts in quantities of less than 200
  • Additive manufacturing employs advanced 3D printing technologies that can create extremely accurate prototypes with complex geometries. Additive parts are built by stereolithography, selective laser sintering and direct metal laser sintering processes, and in a range a plastics and metals.