Collaborative robots, known as cobots, are entering a decisive growth phase, driven by significant improvements in speed, payload capacity, precision and commissioning ease. According to the analysts at Interact Analysis Group, the market is poised for recovery and expansion with average annual growth rates exceeding 20 % through 2029, largely fuelled by investments from China and small to medium enterprises (SMEs).
Precision and Performance Breakthroughs
Leading manufacturers are pushing the envelope. For example, ABB has introduced its GoFa series equipped with an “Ultra Accuracy” option—claiming more than ten‑times improved path accuracy compared with earlier generations of cobots. That improvement opens the door to applications such as precision grinding, milling and quality inspection—tasks where cobots have historically struggled. Finnish supplier Mesekon reports that by adopting the GoFa with Ultra Accuracy they have achieved both higher welding quality and enhanced efficiency.
Easier Deployment, Faster ROI
One of the longstanding hurdles to cobot adoption—complex integration and programming—is being addressed head‑on. Danish end‑of‑arm specialist OnRobot has launched “D:PLOY”, promoted as the industry’s first automated platform for creating, executing, monitoring and reallocating collaborative robot applications. The goal: set up packaging cells in hours rather than days, reducing integration cost, increasing speed to return on investment and facilitating fast changeovers.
Heavy‑Duty Cobots Expand Use Cases
Also from Denmark, Universal Robots (UR) unveiled the UR18 in October. This compact heavy‑duty cobot offers a reach of 950 mm, speeds up to 4 m/s, and supports larger end‑effectors for heavier payloads—all while weighing just 39 kg. It is crafted for fast pick‑and‑place applications and designed for quick mounting onto standard gantry systems, making it attractive for companies looking to integrate cobots into existing systems cost‑effectively.
Safety Gets a Standards Upgrade
The evolution of cobots and human‑robot collaboration (HRC) is matched by regulatory progress. The updated standard ISO 10218‑2:2025 sets out new requirements for the planning, integration, operation and maintenance of robot applications, especially in mixed human‑robot workcells. Key revisions include biomechanical limits on forces and pressure loads during collisions between humans and robots, giving manufacturers, integrators and insurers a more stable basis for approval and deployment.
Why This Matters for Maintenance Professionals
For maintenance teams and facilities engineers, these developments herald a shift: cobots are moving from peripheral tasks into core production and inspection roles. The simpler programming platforms reduce commissioning time and maintenance overhead. The heavier‑payload and higher‑speed models extend cobot applicability into areas previously reserved for traditional robots. And the updated safety standards mean that human‑robot collaboration can be integrated more confidently into everyday workflows.
Key Takeaways
- The cobot market is forecast to grow at > 20 % per annum through 2029.
- Precision leaps unlock new applications for cobots beyond simple pick‑and‑place.
- Platforms like OnRobot’s D:PLOY aim to cut deployment time from days to hours.
- Universal Robots’ UR18 expands cobot capability into heavier, faster cycles.
- ISO 10218‑2:2025 provides a stronger regulatory foundation for HRC environments and safer mixed‑use cells.
News content by Commia
