Automated WMS WCS System Warehouse AI Vision Inspection System

Place of Origin China
Brand Name Kinte
Certification ISO9001/FEM/ISO14001/OHSAS 18001
Model Number Customized
Minimum Order Quantity Negotiable
Price Negotiable
Packaging Details Packed with plastic films and wrap with strips
Delivery Time According to customer's requirement
Payment Terms Negotiable
Supply Ability Strong production capacity
Product Details
Model AI Vision Inspection System Applications Various Fields Of Industrial Automation Such As 3C, Electronic Semiconductor, Logistics, Etc.
Feature 1 High Precision Feature 2 Continuity
Feature 3 Cost Efficient Feature 4 Flexibility
High Light

Continuity Automated WMS WCS

,

AI Vision Inspection WMS WCS

,

ASRS WCS System Warehouse

Leave a Message
Product Description

Automated WMS WCS System Warehouse AI Vision Inspection System

 

AI Vision Inspection System WMS WCS Automated Material Handling System ASRS

 

KINTE Machine Vision focuses on industrial vision sensing applications, focuses on the underlying algorithm software and hardware technology, and provides customers with leading machine vision hardware products and algorithm platforms, covering a full range of industrial cameras, smart cameras, smart barcode readers, stereo cameras, and vision controllers. , algorithm platform, lens and related accessories. It can be widely used in various fields of industrial automation such as 3C, electronic semiconductor, logistics, etc., to realize positioning guidance, measurement, defect detection, code reading, OCR identification and other applications. The operation is stable and reliable, and supports customized development. Help users greatly improve work efficiency and accuracy.

 

Features

High precision

 

As an accurate measuring instrument, a well-designed vision system is capable of spatially measuring one of a thousand or more parts. Because no contact is required for this measurement, there is no wear and no danger to fragile parts.

 

Continuity

 

The visual system can save people from fatigue. Because there is no human operator, there is no human-induced operational change. Multiple systems can be set to run independently.

 

Cost efficient

 

As computer processor prices have plummeted, machine vision systems have also become more cost-effective. In Europe and the United States, a $10,000 vision system can easily replace three human detectors, each requiring a salary of $20,000 a year. In China, the more exaggerated application is a machine vision device, which can replace hundreds of thousands of people for testing and measurement. In addition, the operation and maintenance costs of the vision system are very low.

 

Flexibility

 

Vision systems are capable of taking a variety of different measurements. When the application changes, only the software needs to be changed or upgraded to meet the new requirements.

 

 

Machine vision systems are more adaptable than optical or machine sensors. They give automatic machines versatility, flexibility and reconfigurability. When it comes to changing the production process, a "tool change" for machine vision is simply a software change rather than an expensive hardware replacement. Vision systems can often be reused when production lines are restructured.