Overview
Introducing our fully automatic X-Ray point system, designed for rapid counting and inventory of resistive, capacitive, and IC materials. This advanced solution ensures high precision and efficiency in handling various types of trays, optimizing your production and inventory processes.
Features
- Versatile Counting: Covers all resistive, capacitive, and IC materials, enabling fast and accurate counting of various tray types.
- High Precision: Ensures fast, high-precision chip counting, significantly reducing labor costs.
- Non-Contact Counting: Guarantees no chip damage or loss during the counting process.
- Flexible Feeding: Offers flexible feeding methods with 1-4 stations to suit different operational needs.
- Advanced Robotics: Equipped with a six-axis robot arm and machine vision for automatic labeling and material grabbing, providing high recognition accuracy and flexibility.
- Unmanned Loading: Compatible with AGV loading for seamless, unmanned operations.
- System Integration: Supports connections with ERP, MES, and WMS systems for streamlined data management and operational efficiency.
- Space-Saving Design: Designed without an NG warehouse, maximizing space utilization.
Detailed Specification
X–Ray Tube | Tube Voltage | 80KV |
Tube Current | 150uA | |
Detector | Imaging Area | 427mm*427mm |
Pixel Size | about 48um-75um | |
Pixel Matrix | 3072*3072 Pixels | |
Check Item and Size | Maximum Size of Tray | 380mm |
Minimum Size of Tray | 180mm | |
Maximum Plate Thickness | 85mm | |
Minimum Plate Thickness | 3mm | |
Compatible Minimum Element | 01005 | |
Counting Time | ≤10s disc | |
Counting Accuracy | 01005 Reachable 99.8% 0201 Reachable 99.9% up | |
Upper (Lower) Feeder
(One for each) |
Material Size | Diameter 7-13°-15 |
Material Height | Thickness 8mm~85mm | |
Speed | 5-10 s per disc | |
Feed Type | There are two stations in total, each station can store about 50 materials (according to the height of 10m per plate), and two stations are recycled. | |
Stacker car | Automatic continuous feed to the intelligent point machine, connected to the intelligent point machine front end. |