This robot is suitable for CNC automation in the following production conditions:

CNC lathe / turning center continuous production
Single-machine or multi-machine (1-to-2 / 1-to-3) production cell
Medium batch or high repeatability machining parts
Stable cycle time machining processes
8–24-hour continuous production environments

System Performance Advantages

Dual-gripper structure enables parallel loading/unloading, eliminating CNC idle waiting time during part exchange.
±0.05 mm repeat positioning ensures consistent alignment between robot, fixture, and spindle during long-cycle operation.
System supports scalable layout from a single CNC cell to multi-machine production clusters without changing core robot structure.
Designed for uninterrupted production environments with stable mechanical and electrical performance under 24/7 operation conditions.

Main Technical Parameters

Parameter Category	Specific Specification
Arm Span	1895 mm
Repeat Positioning Accuracy	±0.05 mm
Maximum Load	20 kg
Power Capacity	5.87 kVA
Equipment Weight	Approximately 230 kg
Protection Class	Wrist IP54, Body IP40

Project Engineering Support

We provide full engineering support before system deployment:

CNC machine compatibility evaluation
Production cycle time analysis
Layout feasibility study
Gripper and fixture customization design
Automation cell configuration planning
On-site installation and commissioning support

product-1600-1210

Figure 2.1 On-site Physical Object Diagram

Robot electric control cabinet

Fixed elevation base for robot

Turnover Mechanism

Loading and Unloading Tray

Simulated Lathe

Loading and Unloading Fixture

FAQ

Q: How do I know if my CNC machine is suitable for this robot?

A: Compatibility depends on machine interface type (I/O or PLC), door opening clearance, and cycle time consistency. Machines with stable automatic machining cycles are generally suitable for integration.

Q: Can this system work with multiple CNC machines?

A: Yes. The robot can be configured for single-machine, 1-to-2, or 1-to-3 CNC cells depending on layout distance, cycle time, and production balance.

Q: What production conditions are required for stable operation?

A: Stable automation requires consistent workpiece positioning, fixed machining cycle time, and reliable fixture design. Unstable or frequently changing setups may reduce efficiency.

Q: How is cycle time affected after automation?

A: Cycle time is reduced mainly by eliminating manual loading and unloading delays. Actual improvement depends on CNC machining time and workpiece handling complexity.

Q: Can the system handle different workpiece types in one setup?

A: Yes, but tooling and gripper configuration must be designed according to part weight, shape, and clamping method. Mixed production is possible within defined process limits.

Q: What is required before quotation or system design?

A: We need the CNC machine model, workpiece drawings, cycle time, layout space, and automation level requirement (1-to-1 / 1-to-2 / multi-machine).

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