All FANUC entities have suspended their shipments to Russia and Belarus, and service and maintenance for our installed products are not provided within those countries.
Above all, operator safety is the most critical component of robotic cell design. Creating a safe setup can be costly and have a significant impact on floor space. To address these challenges, FANUC offers a range of intelligent safety solutions that minimise cost and floor space requirements while ensuring the highest levels of safety for operators, robots and tooling.
Minimise risk and ensure a safer work environment while complying with necessary safety regulations.
Space Efficiency
Benefit from a more compact layout by eliminating the need for bulky physical safety barriers and optimising workspace utilisation.
Maximised Productivity
Enhance your productivity and maximise uptime by allowing safer speeds and closer operations.
Solutions
Discover a Selection of FANUC Software Solutions for Safety
Dual Check Safety (DCS) Position Speed Check
Enabling the smallest safety zones, the cost-effective Position Check function
saves you valuable floor space and ensures operator safety within a defined
3D area of operation.
Dual Check Safety (DCS) Joint Speed Check
By reliably supervising operational speed, DCS Joint or Cartesian Speed Check
makes for safer setups and operation on processes by slowing the robot down when the operator enters the cell.
Dual Check Safety (DCS) PMC
Depending on the model or application, DCS Safe Zone Check safeguards
operators and reduces downtime by making it possible to stop or slow down robot
movements while the operator is working in the safety zone.
Dual Check Safety (DCS) Safe IO Connection
Dedicated functions with keen instructions, interfaces, screens and exclusive features to simplify and standardise the programming, setup and operation of your robot. FANUC DCS supports various Safety Field networks including FL-net, DeviceNet Safety, EtherNet/IP Safety and PROFINET Safety.
Collision Guard
High Sensitive Collision Detection (HSCD) for minimal damages in the event of a collision and optimised cycle time and energy consumption after using payload identification.