BriteLab

About BriteLab

A Silicon Valley robotics company, focused on 200mm since day one.

BriteLab is a U.S. robotics company focused on the systems that move wafers through semiconductor fabs. Our 200mm AMHS has operated across 20 fabs in North America, Europe, and Asia.

01Our story

BriteLab builds precision robotics for semiconductor manufacturing.

In 2018 it acquired the AMHS product line from Brooks Automation, the prior market leader, and has advanced it every generation since: faster transport, higher reliability, more storage in less space, and compatibility with the systems a fab already runs.

BriteLab stayed focused on 200mm as the format continued to serve about two-thirds of fabs worldwide. That focus made BriteLab the only U.S. manufacturer dedicated to this class of automation.

Robot arm lifting a cassette of wafers on the fab floor

02What we believe

We engineer around the four core facets a production line requires to run efficiently.

A fab's output depends on continuous material flow. Every component and interface answers to uptime, throughput, floor space, and a clean wafer.

The chips produced on 200mm lines support vehicles, power systems, medical devices, communications, and defense. The automation inside those fabs belongs in the same domestic manufacturing conversation. BriteLab builds it in Silicon Valley.

  • 01Uptime
  • 02Throughput
  • 03Floor space
  • 04A clean wafer

03The installed base

20 fabs. 3 continents.1,050 vehicles.

BriteLab systems operate in 20 semiconductor fabs across North America, Europe, and Asia.

Installed base
20
fabs worldwide
1,050
transport vehicles
63,600 ft
of track installed
469
stockers
375
turntables
1 of 3
AMHS makers worldwide, the only U.S. one
BriteLab engineering and manufacturing floor in Silicon Valley

04Where we build

Engineering, manufacturing, and testing on one Silicon Valley floor.

Engineering, manufacturing, and test operate together in BriteLab's 45,000 sq ft Silicon Valley facility. The shared floor shortens the feedback loop between design and production and keeps system quality visible through build, integration, and test.