The Geekplus safety solution provides a secure, end-to-end operational environment for all warehouse and manufacturing scenarios.
It covers:

• Electrical safety

• Mechanical safety

• Functional safety

• Information security

The framework reduces personnel risk, increases system reliability, and enables flexible deployment across diverse facilities.

Yes. The complete safety solution has been certified by TÜV Rheinland and meets:

• Functional safety level up to PL d

• Global regulatory standards for electrical, mechanical, and system safety

Geekplus maintains a dedicated team for safety R&D, safety implementation, and safety verification to ensure compliant and safe operations in every project.

Geekplus safety design spans the entire human-robot interaction lifecycle, including:

• Mechanical safeguards

• Electrical protection systems

• Functional safety architecture

• Access management and detection

• Emergency response measures

Mechanical safety measures ensure safe physical interaction and prevent unintended contact or collisions.
This includes:

• Protective structures (fences, guards)

• Controlled access points

• Design standards limiting mechanical hazards

Electrical safety covers all electrical components within the robot and system architecture.
Measures include:

• Overcurrent and overload protection

• Proper grounding

• Insulation and wiring safeguards

• Compliance with international electrical safety standards

Functional safety ensures the system behaves safely even in fault conditions.
Key mechanisms include:

• Separate robot area and maintenance area

• Interlocked safety door control circuits

• Emergency stop buttons connected to the entire system

• Safety PLC integration

• Light curtains and intrusion detection for safe picking/put-away

During picking or put-away operations, the system uses:

• Safety light curtains for intrusion detection

• Automatic stopping zones when personnel enter

• Controlled restart mechanisms to avoid accidental robot movement

These measures ensure safe human-robot collaboration.

Maintenance areas incorporate:

• Interlocking guards with lock mechanisms

• Safety PLC-controlled door locking

• Clear separation from robot operation zones

• Safe entry/exit procedures

These prevent accidental robot movement while personnel are inside.

Facilities can use a customized Safety Fence System, which may include:

• Guarded entry points

• Interlocked doors

• Safety scanners

• Controlled access zones for human intervention