In Stock
SMC RMMA | Multi Hand Adapter
SMC
$1,283.15
Versatile multi‑hand adapter for flexible multi‑gripper configurations on collaborative robots.
Product Description
The RMMA multi-hand adapter enables mounting multiple grippers on a single robot flange, increasing handling efficiency and reducing cycle times.
With a 90° to 180° gripper-mounting angle, integrated main plate and tool plate, and ISO 9409-1-50-4-M6 compatibility, it connects seamlessly to standard robot wrists.
Its robust design supports up to 20 kg load and provides 60 Nm moment and torque resistance for stable multi-tool operation.
Delivered in a modular, unassembled form, the adapter allows custom arrangements and includes collar assemblies, parallel pins, and mounting screws.
Optional 180° mounting-angle kits expand flexibility for complex multi-EOAT setups across robotic applications.
Ideal for multi-gripper pick-and-place systems, palletizing, machine-tending and applications requiring rapid tool switching with high positional stability.
With a 90° to 180° gripper-mounting angle, integrated main plate and tool plate, and ISO 9409-1-50-4-M6 compatibility, it connects seamlessly to standard robot wrists.
Its robust design supports up to 20 kg load and provides 60 Nm moment and torque resistance for stable multi-tool operation.
Delivered in a modular, unassembled form, the adapter allows custom arrangements and includes collar assemblies, parallel pins, and mounting screws.
Optional 180° mounting-angle kits expand flexibility for complex multi-EOAT setups across robotic applications.
Ideal for multi-gripper pick-and-place systems, palletizing, machine-tending and applications requiring rapid tool switching with high positional stability.
Weight
20 kg
Dimensions
N/A
Part Number
RMMA1-20T120-E
RBTX SKU
RBTX-SMC-0124
Weight
0.37 kg
Max Gripping force
360 N
Max. ambient temperature
60 ℃
Versatile multi‑hand adapter for flexible multi‑gripper configurations on collaborative robots.
Optional 180° mounting‑angle kits expand flexibility for complex multi‑EOAT setups across robotic applications.