One person operating multiple machines leads to higher efficiency, suitable for grinding large batches of small-sized work-pieces
Item No :
PS-2700Order(MOQ) :
1 UnitPayment :
TT 50% deposit first, and then TT 50% before shipment.Product Origin :
ChinaShipping Port :
ShanghaiLead Time :
80 DaysWeight :
9 T
Main Configuration
KUKA Robot +Dual workbench loading and unloading +peripheral protection +gripper base, etc
Key Parameters
Grinding Robot Model | Max.Load Bearing (kg) | Arm Extension (mm) | Repeated Positioning Accuracy(mm) | Bin Size(mm) |
DR-600D | 210 | 2700 | ±0.02 | 1200*1200*800 |
Tray Size(mm) |
Capture Cycle Time (s) |
Operating Power(kw) | Total Power(kw) |
Site Size Required |
900*700 | 15 | 25 | 130 | 6200*6000 |
Product Overview
The Pallet Pre-Arrangement System, engineered by Neview Automatic, is an automated feeding module designed for high-volume grinding of small workpieces. Integrating KUKA robots, dual-station I/O mechanisms, and vision positioning, it achieves precise pre-arrangement and automatic feeding from pallets to grinding equipment. Supporting a "one-operator-multi-machine" mode, it seamlessly interfaces with DR/MR-series grinding systems, significantly boosting productivity for small components. Ideal for scaled production in automotive parts, electronics, and related industries.
Core Technical Advantages
Typical Application Scenarios
• Automotive: Batch pre-arrangement for small iron/aluminum parts (brake calipers, clutch housings).
• Electronics: Automated grinding lines for small metal components (heat sinks, enclosures).
• Medical Devices: High-precision pre-arrangement and grinding of small aluminum instruments.
Compatible Workpiece Specifications
• Small regular-shaped parts ≤60kg;
• Disc/housing components within 300×300×200mm (L×W×H);
• High-volume production demand ≥50,000 units/year.
Innovation Highlights
Standard Configuration
• KUKA robot + 210kg payload adaptive gripper;
• Dual-station pallet exchange mechanism;
• 2D vision recognition system with lighting;
• Intelligent scheduling control system with HMI.