Robot Protection Knowledge Center
Engineering Knowledge for Better Robot Protection
Reliable robot protection starts with understanding the application, operating environment, robot motion and material requirements.
ROBCARE brings together practical engineering knowledge on protective covers, materials, design principles and application-specific protection concepts.
Application · Materials · Designs · Selection
01
PROTECTION DESIGN
Why Static Robot Dimensions Are Not Enough for Protective Cover Design
Effective robot protection must account for
movement, joint articulation, cable routing and tooling —
not just static dimensions.
02
Common Mistakes in Selecting Materials for Robot Protective Covers
MATERIAL SELECTION
Material selection should start with the operating environment —
not with fabric thickness or a single property such as water resistance.
Different hazards require different protection strategies.
03
Why Robot Axes 4–6 Require Special Protection
COMPONENT PROTECTION
The robot wrist combines high-speed multi-axis movement
with close proximity to the process.
In dust- and particle-intensive applications, effective protection
must control contamination without restricting motion.
Custom-engineered protective solutions
for industrial robots, end-of-arm tooling
and related equipment.
√ Application-Based Engineering
√ Custom-Fit Protection
√ From Concept to Production
Billrothstraße 2A-5-34,
1190 Vienna, Austria
Tel: +43 660 5657968
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