Designing for Safety: How the Rise of Collaborative Robots Is Redefining Fastening Standards

Traditional fasteners often fail to deliver this balance. They can be difficult to disassemble, prone to galling when over-tightened, and may require separate locking elements or adhesives. The result is a longer assembly process, inconsistent torque control, and unnecessary complexity in maintenance cycles.

Cobots operate in a unique environment that combines high precision with direct human interaction. This means fasteners need to do more than hold parts together. They must ensure long-term mechanical integrity, maintain compliance with safety standards, and allow quick access for inspection or upgrades.

Smarter Fastening with Proven Solutions

With our range of multifunctional fasteners we address these specific needs. The ecosyn® fix and ecosyn® grip series provide high clamp load capacity and superior vibration resistance, allowing for consistent joint strength under repeated load cycles. Their design also simplifies assembly, reducing the number of single components and lowering processing time.

Ribbed lock washers and thread-forming screws add another layer of reliability. They prevent loosening without damaging sensitive surfaces, making them ideal for coated or lightweight materials. Together, these solutions create a fastening ecosystem that supports both safety and efficiency.

Beyond Components: Engineering Expertise

Hardware alone cannot guarantee safety. What makes the difference is an integrated engineering approach. Through the Assembly Technology Expert services, Bossard supports manufacturers from the concept stage to final validation.

With tools such as Expert Walk and Expert Test Services, engineers gain access to on-site audits, torque and vibration testing, and optimization recommendations. This process ensures that every fastener used in a cobot design meets the required mechanical and safety criteria before full-scale production.

A Case in Point: Universal Robots

Our partnership with Universal Robots illustrates the value of combining quality components with technical support. When Universal Robots needed a more consistent fastening process for their compact robotic arms, we helped them transition to pre-coated screws that eliminated manual gluing. The improvement led to faster assembly, reduced variability, and stable torque performance, all of which are essential in maintaining safety certification.