Industrial Pick and Place Robot

The RBTIC BRTIRUS1510A is a six-axis industrial robot with a 10 kg rated payload and 1,587 mm arm reach. Designed for automated pick-and-place operations, it provides ±0.05 mm repeatability for transferring components between defined pickup and placement positions.

Consistent Placement: ±0.05 mm repeatability supports repeatable positioning across production cycles, helping maintain placement consistency at defined target points.

Flexible Part Orientation: Six articulated axes allow the end effector to change position and orientation, supporting different approach angles without requiring the workpiece to remain in a fixed orientation.

Extended Reach: The 1,587 mm arm reach supports access to pickup and placement points across a larger work area, subject to the robot's working envelope.

Fast Wrist Rotation: J6 reaches a maximum speed of 342°/s, enabling rapid wrist rotation when the handling sequence requires changes in part orientation.

Rated Payload up to 10 kg: Supports workpieces and end-of-arm tooling within the robot's rated payload limit.

Compact Components: Suitable for small and medium-sized parts, including metal inserts, plastic components, brackets and machined parts.

Rigid and Molded Parts: Supports components with defined gripping surfaces for pneumatic, mechanical or vacuum gripping, depending on part geometry and material.

Different Part Shapes: Application-specific grippers can accommodate varied component geometries, including flat, cylindrical and irregularly shaped parts, subject to tooling design.

Stamping Press Feeding: Pick stamped hardware parts, position them at the press and remove components in coordination with the machine cycle to reduce direct operator exposure to the stamping area.

Injection-Molding Insert Loading: Place metal inserts into mold cavities before mold closing, then remove finished parts after molding when the robot and molding machine are programmed to coordinate.

CNC Machine Tending: Load raw components into a machine and transfer finished parts to an output fixture or conveyor.

Assembly-Line Feeding: Move brackets, housings and other components from a feeding station to assembly fixtures for downstream processing.

Custom Gripper Design: Grippers can be tailored to workpiece dimensions, shape, weight and gripping surfaces to suit specific handling requirements.

 

Multi-Part Grippers: Customized tooling can handle multiple workpieces in one cycle when payload capacity and part spacing permit.

 

End-Effector Mounting: Tooling configurations can be adapted to the required pickup orientation and end-effector mounting arrangement.

 

Customized Handling Programs: Robot motion sequences can be programmed for specific pickup points, transfer paths and placement positions.

Machine Signal Coordination: Configured I/O signals can coordinate robot movements with machine-ready, cycle-complete and other defined operating signals.

 

Part Positioning: Trays, fixtures or feeding equipment provide repeatable pickup locations, supporting consistent handling sequences.

 

Production Sequence Control: Robot programs can coordinate pickup, transfer and placement with connected equipment. The required PLC interfaces, fault responses and safety interlocks depend on the integration scope.

Reach Planning: The 1,587 mm arm reach must cover the actual pickup, placement and machine-access positions; the working envelope diagram should be used for layout planning.

Mounting and Clearance: Installation planning must account for the robot base, surrounding equipment, end-effector dimensions and the full movement path.

Cell Safety: Guarding, access interlocks and coordinated emergency-stop functions should be designed according to the integrated cell's risk assessment.

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