CRS Robotics

CRS Robotics was a Canadian robotics company based in Burlington, Ontario. It began operations in 1982 as an engineering consultancy serving Canadian machine-tool manufacturers, initially concentrating on machine controls rather than on a broad consumer or automotive product range. The company subsequently moved into the design, manufacture, distribution, and servicing of articulated robots and laboratory-automation systems. Its robotics portfolio included human-scale articulated machines intended for work that was hazardous, highly repetitive, or otherwise poorly suited to human operators. These systems were designed around combinations of reach, movement, speed, articulation, and lifting capacity that approximated human capabilities. The company produced robots with different numbers of axes and different operating formats, including the five-axis M1 and A255, the six-axis A465 and F3, and the three-axis Catalyst 3 and five-axis Catalyst 5. It also developed specialized laboratory-handling equipment such as the VAL vertical array loader, Flip Mover systems, and LPT linear plate transport equipment. CRS sold its first robot, the M1 small robot system, in 1985. The company later broadened its activities into laboratory automation, shipping its first laboratory automation system in 1997. This became an important part of its business because automated laboratory systems could accelerate drug-discovery workflows for pharmaceutical and biotechnology customers. CRS became particularly associated with high-throughput and ultra-high-throughput automation, areas in which laboratories process and manage large numbers of biological or chemical samples. The company also developed POLARA, an advanced scheduling and control platform for complex automated laboratory systems. POLARA was described as an open and extensible system for coordinating laboratory equipment and workflows. CRS automation systems were used in work connected with large-scale biological research; reference material on the company specifically credits CRS automated laboratory systems with handling a substantial portion of the preliminary mapping work for the human genetic code. CRS changed its name to CRS Robotics Corporation in 1994 and completed an initial public offering in 1995, becoming listed on the Toronto Stock Exchange. The company introduced the F3 six-axis robot in 1998, an example of its continued development of general-purpose articulated robotics alongside laboratory automation. In May 2002, Thermo Electron Corporation acquired all of CRS Robotics. Following the acquisition, the business was renamed Thermo CRS. It continued developing laboratory-automation systems under the new ownership, but CRS Robotics ceased to operate as an independent corporate brand. Thermo Electron later became part of the corporate lineage of Thermo Fisher Scientific. The CRS name is therefore primarily associated with a historical Canadian robotics business and with the laboratory-automation technologies it developed before and after its acquisition.

CRS Robotics began operations in 1982 in Burlington, Ontario, as an engineering firm advising Canadian machine-tool manufacturers on machine-control applications. Its early work provided a technical foundation for a later move into industrial robotics. In 1985, the company sold the M1, identified as its first robot and a small five-axis articulated system. During the following years, CRS expanded its robot portfolio and developed systems for tasks requiring repeatability, controlled movement, and operation in environments that could be hazardous or excessively repetitive for human workers. Its catalog included five-axis and six-axis articulated robots, as well as more specialized equipment for moving materials and laboratory plates. The company changed its name to CRS Robotics Corporation in 1994. In 1995, it completed an initial public offering and became a Toronto Stock Exchange-listed company. A major strategic development was the move into laboratory automation. CRS shipped its first laboratory automation system in 1997, targeting pharmaceutical and biotechnology customers seeking to accelerate drug-discovery work. The company became notable for high-throughput and ultra-high-throughput automated systems, in which robots, transport devices, scheduling software, and laboratory instruments could be coordinated as part of a larger workflow. Its POLARA platform was designed as an open and extensible system for managing and controlling complex automated installations. CRS systems were also associated with large-scale genetic research, including work described as contributing substantially to the preliminary mapping of the human genetic code. In 1998, CRS introduced the F3, a six-axis articulated robot. Other products and families associated with the company included the A255, A465, Catalyst 3, Catalyst 5, Dimension4, VAL Vertical Array Loader, Flip Mover, and LPT Linear Plate Transport systems. Together, these products show the company’s combination of general-purpose robotics and purpose-built laboratory material-handling equipment. Thermo Electron Corporation acquired CRS Robotics in May 2002. The transaction transferred full ownership of the company to Thermo Electron, after which the operation was renamed Thermo CRS. The business continued to develop laboratory-automation systems under the new name, but CRS Robotics no longer operated as an independent company. Thermo Electron subsequently became part of the corporate lineage of Thermo Fisher Scientific. CRS Robotics is therefore best understood as the historical name of a Canadian robotics and laboratory-automation business whose technology and operations continued under Thermo CRS after the 2002 acquisition.

1. 2002Acquired by Thermo Electron

   Thermo Electron acquires the entire company in May, after which it operates as Thermo CRS.

   Source
2. 1998F3 robot introduced

   The company introduces the six-axis F3 articulated robot.

   Source
3. 1997First laboratory automation system shipped

   CRS ships its first laboratory automation system for research applications.

   Source
4. 1995Initial public offering

   CRS Robotics completes an initial public offering and is listed on the Toronto Stock Exchange.

   Source
5. 1994Name changed to CRS Robotics Corporation

   The company adopts the CRS Robotics Corporation name.

   Source
6. 1985First robot sale

   The company sells its first robot, the five-axis M1 small robot system.

   Source
7. 1982Operations commence as an engineering consultancy

   CRS begins by providing machine-control engineering services to Canadian machine-tool manufacturers.

   Source

CRS Robotics positioned itself as an engineering-led automation supplier for industrial and laboratory environments. Its differentiation rested on articulated robots for hazardous or repetitive work and on integrated laboratory systems capable of coordinating high-volume research workflows. The company was especially associated with pharmaceutical and biotechnology automation, where throughput, scheduling, and reliable movement of samples and laboratory materials were central requirements.

• M1Five-axis articulated robot1985

  The M1 was CRS Robotics’ first sold robot, launched in the company’s early transition from engineering consultancy to robotics manufacturer. It was a small five-axis articulated robot system intended for controlled, repeatable industrial tasks.

• A255Five-axis articulated robot

  The A255 was part of CRS Robotics’ five-axis articulated robot range. It represented the company’s broader effort to supply programmable robotic systems for industrial automation and repetitive handling applications.

• A465Six-axis articulated robot

  The A465 was a six-axis articulated robot in the CRS portfolio. Its additional axis of articulation supported more flexible positioning and movement than simpler robotic configurations.

• F3Six-axis articulated robot1998

  Introduced in 1998, the F3 was a six-axis articulated robot developed for flexible industrial automation. It was one of CRS Robotics’ notable later robot introductions before the Thermo Electron acquisition.

• Catalyst 3Three-axis articulated robot

  Catalyst 3 was a three-axis articulated robot associated with the CRS Robotics product range. It offered a simpler motion configuration for applications that did not require the movement envelope of a six-axis system.

• Catalyst 5Five-axis articulated robot

  Catalyst 5 was a five-axis articulated robot in the Catalyst family. It was designed for programmable handling and automation tasks requiring more articulation than a three-axis configuration.

• Dimension4 familyRobotic systems

  The Dimension4 family was a group of CRS robotic systems. Available source material identifies the family but does not provide enough detail to characterize individual models, specifications, or launch dates reliably.

• VALVertical array loader

  VAL, or Vertical Array Loader, was specialized laboratory-handling equipment used to support automated movement and organization of laboratory materials within integrated research workflows.

• Flip MoverLaboratory material-handling equipment

  Flip Mover systems were laboratory automation devices available in one-, two-, or three-axis versions. They were designed for controlled movement of laboratory materials within automated installations.

• LPTLinear plate transport

  LPT, or Linear Plate Transport, was a one-axis laboratory automation component for moving plates through an automated research workflow.

• POLARALaboratory automation scheduling and control software

  POLARA was an open and extensible software platform for scheduling, managing, and controlling complex laboratory-automation systems. It helped coordinate equipment and workflow steps in high-throughput and ultra-high-throughput research environments.

• 2002Acquisition by Thermo ElectronM&A

  CRS Robotics was operating as a robotics and laboratory-automation company serving research and industrial customers.

  What changed. Thermo Electron Corporation acquired 100 percent of CRS Robotics in May 2002 and subsequently changed the company’s name to Thermo CRS.

  Aftermath. CRS Robotics ceased to operate as an independent corporate entity, while the acquired business continued developing laboratory-automation systems under Thermo CRS.

  Source
• 1997Expansion into laboratory automationStrategy

  After establishing a business in articulated industrial robotics, CRS pursued pharmaceutical and biotechnology customers whose research programs required automated processing of large numbers of samples.

  What changed. The company shipped its first laboratory automation system and developed high-throughput, ultra-high-throughput, and workflow-control capabilities.

  Aftermath. Laboratory automation became a defining part of CRS Robotics’ business and technical identity.

  Source

• 2002Thermo Electron acquires CRS Robotics

  Thermo Electron Corporation acquired all of CRS Robotics in May. The business was subsequently renamed Thermo CRS and continued developing laboratory-automation systems.

  M&ALeadership change
  Source
• 1998CRS Robotics introduces the F3 robot

  The company introduced the F3, a six-axis articulated robot, extending its range of general-purpose robotic systems.

  Product launchProduct generation
  Source
• 1995CRS Robotics completes an initial public offering

  CRS Robotics completed an initial public offering and became listed on the Toronto Stock Exchange.

  Other
  Source
• 1994CRS Robotics changes its corporate name

  The company adopted the name CRS Robotics Corporation, formalizing the brand under which it became known in the robotics and laboratory-automation sector.

  Other
  Source

1. CRS Robotics