The RBTIC BRTIRUS2030A CNC Machine Tending Robot is a 6-axis industrial robot designed for automated workpiece loading, unloading and transfer in CNC machining operations. Its 30 kg rated payload and 2,068 mm arm length support the handling of larger components and movement between machining stations.
Technical Specifications
|
Parameter |
Specification |
|
Model |
BRTIRUS2030A |
|
Number of Axes |
6 |
|
Rated Payload |
30 kg |
|
Arm Length |
2,068 mm |
|
Repeatability |
±0.08 mm |
|
J1 Range / Max. Speed |
±150° / 102°/s |
|
J2 Range / Max. Speed |
-90° to +70° / 103°/s |
|
J3 Range / Max. Speed |
-55° to +105° / 123°/s |
|
J4 Range / Max. Speed |
±180° / 245°/s |
|
J5 Range / Max. Speed |
±115° / 270°/s |
|
J6 Range / Max. Speed |
±360° / 337°/s |
|
Power Capacity |
6.11 kVA |
|
Power Supply |
220 V |
|
Control System |
HC Control System |
|
Robot Weight |
310 kg |
|
Protection Rating |
IP40 |
Handling Performance
30 kg Load Capacity: The rated payload supports automated handling of workpieces weighing up to 30 kg, reducing manual handling for heavier CNC parts.
Repeatable Part Placement: ±0.08 mm repeatability helps maintain consistent workpiece placement at CNC fixtures across repeated loading cycles.
Flexible Part Orientation: Six axes and ±360° J6 rotation allow the robot to change wrist orientation during pickup and placement, accommodating different part approach angles.
Working Envelope & Installation
2,068 mm Arm Length: Provides reach for positioning workpieces between CNC loading points and nearby part stations within the robot's working envelope.
310 kg Mounting Load: The robot weighs approximately 310 kg, so the mounting base must support the robot and its operating loads.
Installation Clearance: The installation layout must accommodate the robot's full motion range, gripper movement and access to the CNC machine for loading, unloading and maintenance.
CNC Machine Compatibility
CNC Lathes: Automates blank loading, finished-part removal and workpiece exchange around the chuck.
Machining Centers: Supports loading and unloading at machine fixtures, subject to the machine layout and robot access.
Existing CNC Equipment: Integration requires coordination between robot movements and machine-door, clamping and machining-cycle signals. Supported interfaces must be established for the target machine.
Production-Line Integration
Single-Machine Automation
Connects workpiece pickup and unloading operations with the CNC machining cycle.
Multi-Station Transfer
Can serve multiple workstations when the layout, reach and production cycle allow sufficient time for each operation.
Environmental Conditions
IP40 protection is intended for environments without direct water exposure. Coolant spray and wet-process areas require appropriate additional protection.
Applications
CNC Lathe Loading: Loads cylindrical blanks into the chuck and removes finished shafts, bushings and flanges after machining.
CNC Milling: Loads metal blocks, brackets and machine housings into fixtures for milling, drilling and hole machining.
Automotive Parts Production: Transfers engine and transmission components between machining stations.
Mold and Die Machining: Loads mold bases and die inserts into CNC equipment and transfers finished parts to inspection or storage.
Customization Options
|
Customization Item |
Available Options |
|
Gripper System |
Parallel gripper, pneumatic gripper or dual gripper |
|
Mounting Configuration |
Floor-mounted or application-specific mounting arrangement |
|
Cable Routing |
Routing adapted to the installation layout |
|
Protective Equipment |
Additional protective covers for machining environments |
Supply Information
|
Minimum Order |
1 unit |
|
Lead Time |
20–30 days for standard models; 30–45 days for customized configurations. |
|
Packaging |
Export wooden case with shock and moisture protection. |
|
Shipping |
Sea freight or air freight. |
|
Warranty |
12 months for core components. |
|
Technical Support |
Remote technical support; on-site installation and commissioning available at additional cost. |
FAQ
Q: Can a CNC machine tending robot handle different part numbers in one production run?
A: Yes, multiple part programs can be used for different workpiece models. Changeover requirements depend on gripper compatibility, fixture positions and the robot's programmed pickup and placement sequences.
Q: What programming options are available for the BRTIRUS2030A?
A: Available programming methods depend on the supplied HC Control System configuration. Before ordering, confirm supported teaching methods, program storage, editing functions and whether offline programming is available for your application.
Q: Can a CNC machine tending robot operate during unmanned night shifts?
A: It can support unattended production when the complete cell is designed for autonomous operation. Reliable part feeding, finished-part collection, machine fault handling, tool-life monitoring and safety provisions must be addressed before running without an operator present.
Q: What safety systems are needed for CNC robot automation?
A: A typical installation may require perimeter guarding, interlocked access doors, emergency stops and coordinated safety functions between the robot and CNC machine. The final configuration should follow a machine-cell risk assessment and applicable safety requirements.
Q: What routine maintenance does an industrial CNC robot require?
A: Maintenance commonly includes inspection of cables and connectors, mounting bolts, joint mechanisms and lubrication points specified by the manufacturer. Buyers should obtain the maintenance schedule, recommended inspection intervals and service procedures for the supplied model.
Q: Can the robot be expanded for future production increases?
A: Expansion may include additional CNC machines, part-feeding equipment or downstream inspection stations. Feasibility depends on available working range, cycle-time capacity, controller configuration and the layout of the expanded production cell.
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