7-Axis Engraving Industrial Robot
The KR 210 7-axis industrial robot is designed for high-precision engraving, cutting, and shaping applications. It offers advanced automation, high-speed spindle performance, and exceptional flexibility for complex industrial tasks.
Technical Specifications
Item No.
KR 210: KR 210
Maximum Motion Range
KR 210: 2701 mm (106.34 in)
Maximum Load Capacity
KR 210: 275 kg (0.28 t)
Rated Load
KR 210: 210 kg (0.21 t)
Additional Load (Outer/Left Arm)
KR 210: 0 / 0 / 50
Repeatability (ISO 9283)
KR 210: ±0.05 mm (±0.00 in)
Number of Axes
KR 210: 7
Spindle Type
KR 210: BT40
Spindle Power
KR 210: 15 kW (20.12 hp)
Spindle Speed
KR 210: 18000
Pneumatic Tool Changer
KR 210: Supported
Spindle Positioning
KR 210: Yes
Automatic Tool Spray
KR 210: Yes
Tool Magazine (20 tools)
KR 210: Optional
Supported Tools
KR 210: Saw Blade, Engraving Knife, 1/2G Tool, Forming Tool
Tool Measuring Function
KR 210: Optional
Rotary Worktable Size
KR 210: 1000×1000×2500 mm (39.37×39.37×98.43 in)
Rotary Repeatability
KR 210: 1 arc/min
Saw Blade Diameter
KR 210: 300–400 mm (11.81–15.75 in)
Flatbed Worktable
KR 210: Optional
Flatbed Size
KR 210: 2500×1500×80 mm (98.43×59.06×3.15 in)
Installation
KR 210: Ground
Footprint
KR 210: 3000×1200 mm (118.11×47.24 in)
Weight
KR 210: ≈2330 kg (≈2.33 t)
Total Power
KR 210: 35 kW (46.94 hp)
Operating Temp
KR 210: 0 – 55
Protection Rating
KR 210: IP65
Arm Protection
KR 210: IP65 / IP67
Control System
KR 210: KR C5 / KR C4
Software
KR 210: Sprut CAM
ESD Standard
KR 210: IEC61340-5-1; ANSI/ESD S20.20
Teach Pendant
KR 210: KUKA smartPAD-2
Voltage
KR 210: 415V / 50Hz / 3PH
Why Choose Us
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7-Axis Precision Control
Enables complex 3D engraving, multi-angle cutting, and superior flexibility.
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High-Speed Spindle
Powerful 15kW spindle with 18,000 rpm ensures efficient machining.
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Automatic Tool Handling
Supports pneumatic tool changer and optional magazine for automation.
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Industrial Protection
IP65/IP67 rated for durability in harsh environments.
Industrial Versatility
Perfect for stone engraving, mold making, woodworking, and advanced industrial automation requiring high precision and flexibility.