Products

Chikin PCB AOI Machine (Automated Optical Inspection AOI) is a high-speed, high-precision quality control solution for SMT PCB lines. Built on a robust granite base for vibration-free stability, equipped with multi-angle high-resolution CCD cameras, intelligent lighting, and advanced image processing algorithms. Detects defects such as missing components, misalignment, tombstoning, solder bridges, and insufficient paste in seconds — ideal for post-solder paste, pre-reflow, and post-reflow inspection on FR4, flex, and HDI boards. Ensures >99% first-pass yield with low false calls and seamless MES integration.

A Laser Plotter for PCB Photo Film helps PCB makers produce clean, repeatable photomask film for circuit board exposure, especially when hand-drawn artwork or inconsistent output slows down prototyping. In a typical PCB workflow, the buyer needs sharp line definition, stable positioning, and a reliable way to turn digital artwork into film without the variability of manual plotting. This type of equipment is used to support that step, giving engineers and small fabrication teams a more controlled path from Gerber data to photo film.

A Flying Probe Tester is used to verify PCB electrical integrity without the cost and delay of a dedicated fixture. For buyers building prototypes, handling frequent revisions, or running medium-volume boards with changing layouts, this kind of test equipment helps reduce setup time while still supporting precise circuit validation. The machine in this case appears to be an enclosed automated industrial system with a controlled work chamber, operator HMI, and safety controls, which fits the needs of electronics and precision manufacturing environments where repeatable motion and protected operation matter.

A film developing machine is used to move film through a controlled processing workflow so the material can be developed, handled, or conditioned with less manual variation. For buyers, the main problem it solves is consistency: when film or similar sensitive material must be processed in a repeatable way, a dedicated machine helps reduce uneven results, handling damage, and workflow bottlenecks. Based on the visible equipment style provided, this unit appears to be an enclosed industrial cabinet with a wheeled base, side ventilation, a control area, and a front tray or drawer assembly. The exact function should be verified before purchase, but the form factor suggests a compact production-line or workshop processing station.

The High Accuracy Manual Bare Board Test Machine is designed to help manufacturers identify open circuits, shorts, and other assembly-free PCB defects before boards move deeper into production. For buyers, the main problem it solves is simple: catching bare board issues early so defective panels do not consume time in assembly, rework, or downstream inspection. In practice, a Manual Bare Board Tester gives operators a controlled way to verify electrical integrity on unpopulated boards with consistent handling and repeatable contact positioning.

The Fully Automatic PCB BBT Tester is designed for production teams that need to move printed circuit boards through inspection and sorting without adding manual handling at every step. It helps solve a common factory problem: keeping test results consistent while separating acceptable boards from rejects in a controlled flow. Based on the visible machine structure, this type of system supports automated loading, central inspection or test handling, and separate PASS/FAIL discharge paths for efficient line-side operation.

A PCB Hole Testing Machine helps manufacturers identify hole quality issues before they turn into assembly failures, scrap, or rework. In production, problems such as misalignment, incomplete drilling, burrs, and inconsistent hole geometry can affect plating, insertion, and downstream soldering. This type of inspection equipment is built to support faster quality checks, more consistent operator review, and better process control on the line.

This type of PCB Bare Board Testing Machine is commonly relevant in QC rooms, incoming inspection stations, prototype validation, and production verification areas. It can also be part of supplier audit workflows where boards must be checked before they are released for assembly. In broader industrial terms, the same platform style may be adapted for other component or material tests, though the exact method for this unit is not confirmed from the image.