Bright Machines Standardizes Assembly Control Architecture
The San Francisco company integrates Beckhoff control technology to optimize high-precision data center hardware assembly.
Updated on Oct. 15, 2026 in Robotics
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Bright Machines, founded in 2018, utilizes a modular Beckhoff control architecture to manage its high-precision assembly systems. The configuration leverages local logic and motion control to support data center hardware manufacturing.
Why it matters
The integrated architecture enables high-mix, high-precision assembly processes that offer modular scalability. This software-level adaptability allows the system to remain flexible as production demands evolve.
The assembly platform utilizes CX5340 embedded PCs and TwinSAFE software, with EtherCAT communication facilitating sub-millisecond cycle times. Current system configurations manage 2,000 EtherCAT I/O points across 10 motion axes.
The players
Bright Machines
Bright Machines is a technology company headquartered in San Francisco that specializes in integrating robotics and software to modernize manufacturing.
Beckhoff
Beckhoff is an international provider of automation technology known for its PC-based control systems and EtherCAT communication protocols.
The details
The Bright Factory platform integrates virtual product development with robotics and factory intelligence. Automation cells communicate via EtherCAT to coordinate motion, I/O devices, and robot interfaces using Microsoft Visual Studio.
Timeline
Bright Machines was founded in 2018.
The Tech Race
The transition toward software-defined automation represents a departure from proprietary hardware controllers that historically limited line flexibility. Integrating standardized communication protocols like EtherCAT allows firms to remain competitive in high-mix manufacturing markets.
The use of modular, scalable automation platforms streamlines the production of complex data center hardware, potentially accelerating the availability of cloud infrastructure. These systems reduce downtime by allowing for software-level modifications rather than complete physical hardware retooling.
The takeaway
Adopting software-driven control architectures allows companies to increase manufacturing flexibility and precision. This shift highlights the growing importance of scalable automation in meeting modern production demands.
Further reading
For more on the latest trends in industrial automation, explore the Robotics section.
Source note: This article includes information reported by Assembly Magazine.
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