Optical Inspection

Your Professional Optical Inspection Equipment Supplier!

 

Huizhou Zhongke Advanced Manufacturing Co., Ltd. (hereinafter referred to as "Zhongke Advanced") is a high-tech, provincial-level new-type research and development institution jointly established by the People's Government of Huizhou City, Guangdong Province, China, and the Institute of Automation, Chinese Academy of Sciences. It was founded in August 2015.

 

The company boasts 1,000 m² of R&D space, a 1,500 m² pilot workshop, and a 10,000 m² industrial incubation base. Zhongke Advanced's incubated factory specializes in the R&D, production, and manufacturing of a range of products including Universal version flexible feeder, Automatic tray handling flexible feeder, Automatic flexible taping machine, ,Industry-specific flexible feeder, MPC Semiconductor inspection equipment, Automatic optical inspection equipment, PCB Visual inspection machine, CCD Visual inspection labeling machine, Paint roller machine production line equipment, Optical measuring machine, Bridge coordinate measuring machine, 3D measuring machine.

 
 
Why Choose Us

Patent Certificates

We have applied for a total of 118 intellectual property rights, including two PCT international patents, 39 invention patents, 59 utility model patents, and 18 software copyrights. The company has passed the national intellectual property management system certification.

 

Customized Services

We provide comprehensive services, including product requirements analysis, technical solution design, application scenario matching, and product operation and maintenance training, aiming to efficiently address our customers' practical needs and assist them in selecting the most suitable intelligent equipment solutions.

Professional Team

We currently have over 30 employees, including over 20 dedicated core R&D personnel, including one academician of the Chinese Academy of Sciences, 11 PhDs, four Masters, five senior professionals, and eight intermediate professionals.

Advanced Equipment

We are equipped with a robotics innovation laboratory, a machine vision innovation laboratory, and a machine vision training center, providing strong support for technology R&D and talent development.

 

 

Specification

 

Max. PCB size (X x Y)

510mm x 460mm

(Double lane) :510mm x 330mm
(Single lane):510mm x 600mm

Min. PCB size (Y x X)

50mm x 50mm

50mm x 50mm

PCB Thickness

0.6mm-6mm

Board Edge Gap

Top: 3mm Bottom: 3mm (Width of transport belt contact with PCB/fixture)

Max. Bottom Gap

50mm

Max. Top Gap

35mm

Delivery Speed

1500mm/s (MAX)

Transmission height from the ground

900±30mm

Transmission lane direction

Left-Right,Right-Left,Left-Left,Right-Right

Transmission method

One Stage lane

PCB clamping method

Edge locking substrate clamping

Image parameters

Camera

Resolution: 2448 x 2048(5 Mega Pixels)

FOV

36mm x 30mm

Resolution

15 μm

Lighting System

Multi-angle surrounding LED light source

 

Benefits of Optical Inspection

 

Automatic Optical Inspection Equipment

Speed and Efficiency

Optical inspection excel in speed, performing inspections quickly and accurately. They far outpace manual inspections, saving significant time. Efficiency is also improved, as optical inspection equipment streamline production workflows. This leads to faster throughput and reduced downtime across the manufacturing line.

CCD Visual Inspection Labeling Machine

Precision and Consistency

Optical inspection maintain high precision in detecting defects. They evaluate components against strict standards, ensuring top-tier quality. Consistency is another highlight. Every inspection is reliable, producing consistent results that human inspections might not achieve.

Pcb Visual Inspection Machine

Reducing Human Error

Human inspection often leads to fatigue-induced errors. optical inspection mitigate this risk, offering a more reliable alternative. By automating inspections, Optical inspection equipment drastically reduce the chances of oversight. This enhances the overall reliability and integrity of the quality control process.

 

Our Best-Selling Optical Inspection Equipment

 

 

Automatic Optical Inspection Equipment

AOI Automatic optical inspection equipment is used to detect the quality and accuracy of gold wire connections on packaged chips. It uses high-resolution 2D/3D cameras and AI image processing algorithms to quickly and accurately detect and analyze gold wire connections on packaged chips

 

CCD Visual Inspection Labeling Machine

The CCD visual inspection labeling machine is an automated laminating device based on high-precision visual positioning technology. It can realize automatic material input, precise alignment, high-speed laminating and automatic material collection, greatly improving production efficiency and reducing labor costs. It is suitable for manufacturing industries with high-precision requirements.

 

PCB Visual Inspection Machine

PCB visual inspection machine (AVI) is an automated optical inspection equipment, dedicated to the defect detection of PCB blank boards. It collects PCB images through a high-resolution camera array, combined with image processing algorithms, to quickly identify defects such as open circuits, short circuits, residual copper, scratches, and measure key dimensions such as line width and aperture.

 

 

Key Components of Optical Inspection
AOI

Cameras:

High-resolution cameras capture images of the products for analysis. Some optical inspection equipment use multiple cameras to capture images from different angles.

 

 

PCB AVI

Lighting System:

Proper lighting is crucial in an optical inspection equipment as it helps highlight defects on the surface of the product. Different lighting techniques such as bright field, dark field, or structured lighting are used depending on the type of inspection required.

Semiconductor Inspection Equipment

Image Processing Algorithms:

These are the core of an optical inspection equipment. The algorithms process the captured images and compare them to reference images to detect defects. These algorithms may include edge detection, pattern matching, and deep learning-based methods.

Mini LED Automated Optical Inspection Machine

User Interface:

The optical inspection equipment typically includes a user interface for setting inspection parameters, reviewing inspection results, and generating reports. Operators can define pass/fail criteria and adjust the sensitivity of the inspection system.

 

Basic Principles of Optical Inspection

 

 

To perform an inspection of the components with an optical inspection equipment, either scanners or cameras are used. The scanners move once over the component to be inspected and capture images in the process. With cameras, the optical inspection equipment process is slightly different. One or more cameras are pointed at the part and moved over the area to be inspected in a stop-and-go fashion. optical inspection equipment with scanners or cameras can be used in both inline and atline systems.

 

Applications of Optical Inspection
 

Electronics manufacturing: Optical inspection is widely used in the inspection of pcbs and electronic assemblies. It helps detect component placement errors, soldering defects, and other manufacturing issues in high-speed production environments.

 

Automotive industry: Optical inspection are used to inspect complex automotive components, ensuring that they meet the high reliability and safety standards required in automotive manufacturing.

 

Medical devices: In the production of medical devices, optical inspection ensure that devices meet stringent regulatory standards by detecting defects early in the production process.

 

Metal parts and steel manufacturing: Optical inspectiondetect surface defects, scratches, dents, or improper dimensions in metal and steel products. They are crucial for inspecting metal sheets, pipes, and other components, ensuring the consistency and quality of the finished product.

 

Plastic and polymer manufacturing: Optical inspection is used to inspect molded plastic parts, detecting defects such as surface imperfections, incorrect dimensions, or misalignments. This is essential for industries producing plastic packaging, automotive parts, and consumer goods.

 

Machinery and equipment manufacturing: Optical inspectioncan inspect mechanical components for dimensional accuracy, surface defects, and alignment issues, helping manufacturers maintain high-quality standards for industrial machinery and equipment.

 

Textile industry: In textile manufacturing, optical inspection inspect fabrics for weaving defects, color consistency, and patterns, ensuring uniformity and quality in textiles and garments.

 

Semiconductor industry: Optical inspection plays a vital role in wafer inspection, die placement, and packaging, ensuring high precision and defect-free production in semiconductor manufacturing.

 

Packaging industry: Optical inspection inspect printed designs, labels, barcodes, and packaging integrity to ensure aesthetic quality and functional requirements in product packaging.

 

Our Service

 

 

Professional Pre-Sales Consultation And Customized Solutions

Zhongke Advanced provides comprehensive pre-sales technical support, including product requirement analysis, technical solution design, application scenario matching, and training on product operation and maintenance. We efficiently address customers' real needs and help them choose the most suitable intelligent equipment solutions.

 

Efficient Delivery And Technical Support Services

Zhongke Advanced ensures a streamlined and transparent process from order confirmation to equipment delivery. This includes dedicated personnel for order tracking, fast production response, multi-dimensional quality control, remote technical support, and detailed operation and maintenance manuals. We ensure smooth equipment commissioning and stable, efficient operation of intelligent systems.

 

Comprehensive After-Sales Guarantee And Continuous Optimization

Zhongke Advanced is committed to building long-term partnerships by offering reliable and ongoing after-sales services. These include regular equipment maintenance, remote technical support, and periodic follow-ups on equipment performance. We establish dedicated client profiles to enhance service experience and deliver long-term value.

 

 

Packaging and Shipping

 

Packaging

Wooden box, PE film

Transportation methods

Road transport, rail transport, sea transport, air transport

 

 

Our Certificate

 
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FAQ

 

Q: What is a flexible feeding?

A: Flexible feeding is a type of machine that is used to feed and sort small parts and components in a production line. It is called flexible because it can be adjusted to handle different types of parts and can be easily integrated into various production processes.

Q: How does the flexible feeding work?

A: The parts are fed onto a disc by one or more hoppers and positioned optimally. The combined action of the pulse generator and the rotational movement means every single part is quickly stabilized so that the robot can pick and place it as efficiently as possible.

Q: What are the advantages of flexible feeding?

A: Versatility:Ability to handle different part shapes and sizes.
Efficiency:Reduced downtime during changeovers.

As one of the leading optical inspection manufacturers and suppliers in China, we warmly welcome you to buy high quality optical inspection made in China here from our factory. Good service and punctual delivery are available.

Automatic Optical Inspection Equipment, Pcb Visual Inspection Machine, optical inspection