No manual loading and unloading, suitable for grinding large quantities of regular-shaped work-pieces
Item No :
PP-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
Customized Robot Grinding System for ultra large integrated die-casting products
Key Parameters
Grinding Robot Model | Max.Load Bearing (kg) | Arm Extension (mm) |
Bin Size(mm) |
Repeated Positioning Accuracy(mm) |
DR-750B | 210 | 2700 | 1200*1200*1000 | ±0.02 |
Camera Measurement Range(mm) |
Capture Cycle Time (s) |
Operating Power(kw) | Total Power(kw) |
Site Size Required |
1260*1260*1000 | 25 | 25 | 100 | 10000*6000 |
Product Overview
The Tote Bin Picking System, developed by Neview Automatic based on Industry 4.0 principles, is an automated production line module integrating KUKA robots, 3D vision recognition, and intelligent scheduling. It enables fully automatic grasping and transfer of workpieces from tote bins to grinding equipment. Eliminating manual loading/unloading, it seamlessly interfaces with DR-series grinding systems, significantly boosting productivity for high-volume standardized workpieces. Ideal for scaled production in automotive manufacturing, engineering machinery, and related industries.
Core Technical Advantages
Typical Application Scenarios
• Automotive: Batch handling of standardized cast iron parts (engine blocks, brake discs).
• Engineering Machinery: Automated lines for medium components (gearboxes, hydraulic valves).
• Agricultural Machinery: High-volume handling/post-processing of standardized parts.
Compatible Workpiece Specifications
• Regular-shaped parts ≤200kg;
• Box-type/disc components within 1000×1000×800mm (L×W×H);
• High-volume production demand ≥100,000 units/year.
Innovation Highlights
Standard Configuration
• KUKA robot + 210kg payload gripper;
• 3D vision recognition system (camera + lighting);
• Tote bin conveyor & positioning unit;
• Intelligent control system with HMI (Human-Machine Interface).