4 Axis Pick and Place Robot

4 Axis Pick and Place Robot
Details:
The RBTIC BRTIRSC0603A 4 Axis Pick and Place Robot is a SCARA robot designed for fast, repeatable handling of small workpieces. Its compact 600 mm arm supports automated picking, sorting, component assembly and transfer between production stations.
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Description
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The RBTIC BRTIRSC0603A 4 Axis Pick and Place Robot is a SCARA robot designed for fast, repeatable handling of small workpieces. Its compact 600 mm arm supports automated picking, sorting, component assembly and transfer between production stations.

 

Technical Specifications

 

Parameter

BRTIRSC0603A

Robot Structure

4-axis SCARA

Maximum Payload

3 kg

Arm Length

600 mm

J3 Vertical Stroke

150 mm

Repeatability

±0.02 mm

J1 Motion Range

±128°

J2 Motion Range

±145°

J4 Wrist Rotation

±360°

J3 Maximum Speed

900 mm/s

Power Supply

220 V

Power Source

5.62 kVA

Robot Weight

Approx. 28 kg

Protection Rating

IP40

Control System

HC Control System

 

Pick-and-Place Performance

 

Fast Part Transfer: J3 speeds up to 900 mm/s support rapid vertical movements, helping shorten handling cycles in repetitive production tasks.


Accurate Component Placement: ±0.02 mm repeatability supports precise positioning for small-part assembly and transfer between fixtures.


Efficient Planar Movement: The SCARA structure supports rapid horizontal movement with vertical pickup and placement, making it suitable for compact workstations with repeated pick-and-place paths.

 

Working Range and Part Compatibility

 

Compact Work Area: The 600 mm arm length suits workstations where pickup and placement points are within the robot's working envelope.


Lightweight Workpieces: The 3 kg maximum payload accommodates small components, including the end-of-arm tooling within the rated load.


Vertical Pickup and Placement: The 150 mm J3 stroke supports short vertical transfers between trays, fixtures and conveyors.

 

Pick-and-Place Workflow

 

Locate: Identify the workpiece at a defined pickup position or through an integrated vision system where required.

 

Pick: Use a compatible vacuum or mechanical gripper to collect the part.

 

Transfer: Move the part along the programmed path to the target station.

 

Place or Assemble: Position the part in a fixture, tray or assembly location before starting the next cycle.

Automatic Pick-up of Preforms

 

Gripper and System Integration

 

Vacuum Handling: Multi-cup suction tooling can pick compatible preforms or other parts with suitable surfaces.

 

Precision Assembly: Dedicated tooling can handle small components such as sealing rings during assembly operations.

 

Conveyor Synchronization: Encoder tracking and vision compensation can support moving-line picking when included in the application configuration.

 

Control Integration: Confirm controller I/O, communication interfaces and required signals for connection to conveyors, vision systems and production equipment.

Automatic Assembly of Sealing Rings

 

Applications

01/

Plastic Preform Handling: Picking and transferring PET preforms between injection molding and downstream handling stations.

02/

Electronics Assembly: Positioning small components, including sealing rings, at designated assembly points.

03/

Packaging and Sorting: Transferring lightweight products between conveyors, trays and sorting stations.

04/

Metal Part Handling: Loading and unloading small components between fixtures or processing stations within the robot's payload and working range.

Why Choose RBTIC?

 

10+ Years & 12,000㎡ Base: Backed by a 12,000 m² factory in Dongguan and 1,000+ completed projects, ensuring high-capacity production, stable supply, and predictable delivery lead times.


Global Delivery & Support: Deployed across 40+ countries with fluent English technical communication, CAD/3D simulation reviews, and reliable remote or onsite commissioning support.


Strategic Integration Partner: As a key system integration partner of BORUNTE robots, we combine cost-competitive robotic arms with high-precision engineering to significantly lower your CAPEX.


100% Tested & 12-Month Warranty: Every workcell undergoes complete assembly, programming, and trial-run testing before dispatch to ensure zero-defect, plug-and-play installation backed by a full 1-year warranty.

 

Installation Requirements

 

Mounting Space: Position the robot so pickup and placement points fall within its working envelope, with adequate clearance for tooling and maintenance.


Electrical Preparation: Provide the specified 220 V supply and verify site electrical requirements before installation.


Environmental Protection: The IP40 rating is intended for environments without protection against water ingress; assess additional guarding or protection for dusty, wet or washdown areas.

 

4-axis Pick-and-Place Robot Working Envelope Diagram

 

FAQ

 

Q: How do I calculate the required pick-and-place cycle time?

A: Consider the travel distance, gripping and release time, part orientation, and any inspection or conveyor delays. Validate the target cycle time using actual workpieces and the planned layout.

Q: What is the difference between a 4-axis SCARA robot and a 6-axis robot?

A: A SCARA robot suits horizontal handling, vertical movement and rotation around the vertical axis. A 6-axis robot offers more wrist orientations for complex approach angles.

Q: Can the robot integrate with an existing PLC?

A: Compatibility depends on the controller's supported communication protocols and I/O. Confirm the PLC model, communication method and required signals before ordering.

Q: Can one robot handle multiple product types?

A: Yes, provided each product fits the robot's operating limits. Different products may require separate programs, tooling or vision recipes.

Q: What affects the total cost of a 4-axis pick-and-place robot system?

A: Costs depend on tooling, vision equipment, conveyors, safety guarding, programming, integration and commissioning. Compare quotations by their included scope, not robot price alone.

Q: What should factory acceptance testing cover before shipment?

A: Agree on tests for cycle time, handling reliability, placement consistency, control interfaces and fault recovery using representative workpieces and the specified configuration.

Q: What technical documents should I request before ordering?

A: Request working-envelope and dimension drawings, electrical diagrams, controller interface documentation, operation and maintenance manuals, spare-parts information and applicable conformity documents.

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