Products

1. FR4 pinning machine for stable, repeatable board processing

2. Product overview

3. Key visible capabilities

4. Materials and finish options

5. Manufacturing and operating concept

6. Typical application scenarios

7. Quality control and buyer decision factors

8. Customization guidance

9. Why this machine is worth considering

10. Request a process review

Chikin PCB Target Drilling Machine (Target shooting machine) is a high-precision CCD-guided drilling solution for creating accurate target holes, fiducials, and guide holes in multilayer PCBs. Featuring robust granite construction for stability, premium linear guides & ballscrews, automatic tool change, tool length/diameter detection, broken tool detection, and pressure foot switch. CCD vision auto-aligns fiducials for ±0.005mm repeatability — essential for layer registration, X-ray targets, and precise alignment in HDI, rigid-flex, and high-reliability PCB production.

A ring setting machine helps solve a common workshop problem: how to repeat a pressing, setting, or measurement step with enough control that every part is handled the same way. In small-batch manufacturing, prototype assembly, and inspection work, hand tools can vary from operator to operator. A manual bench-mounted fixture like this gives the operator a rigid frame, a long lever for mechanical advantage, and a more stable way to apply force or monitor movement during a setup, test, or light-duty forming task.

A PCB circuit board deburring machine helps manufacturers remove burrs, rough edges, and loose particles after cutting or routing printed circuit boards. That matters because unfinished edges can interfere with assembly, cause handling issues, and create contamination risks in downstream processes. For buyers running PCB panel separation or finishing lines, the right machine improves edge consistency, reduces manual rework, and supports cleaner production flow.

A PCB registration hole drilling machine is used when a board needs accurate locating holes for alignment, tooling, or repeatable downstream processing. In PCB production, even a small shift in hole position can affect lamination alignment, fixture placement, or assembly consistency. This kind of machine helps solve that problem by creating precise registration points on a stable work platform, making it easier to position each panel the same way every time.

1. PCB Depinning Machine Overview

2. Product Structure and Visible Features

3. Key Visible Capabilities

4. Materials and Finish Options

5. Manufacturing and Working Principle

6. Application Scenarios

7. Quality Control and Buyer Decision Factors

8. Customization Guidance

9. Why This Machine Is Worth a Closer Look

10. Request the Right Configuration

1. Fully Automatic Target Drilling Machine for Precise PCB Registration Work

2. Product Overview

3. Key Capabilities and Visible Structure

4. Materials and Finish Options

5. Manufacturing and Process Considerations

6. Application Scenarios

7. Quality Control and Safety Features

8. Customization Guidance for Buyers

9. Why This Machine Type Is Worth Considering

10. Request a Suitable Configuration

1. PCB Target Driller for Traceable, Repeatable Board Positioning

2. Product Overview

3. Visible Structure and Functional Layout

4. Key Capabilities Buyers Usually Need

5. Materials and Finish

6. Manufacturing and Assembly Considerations

7. Application Scenarios

8. Customization Guidance

9. Quality Control and Buyer Decision Factors

10. Request a Suitable Configuration

A punching machine is used to create repeatable holes, slots, cutouts, and formed features in sheet materials, and that solves a common manufacturing problem: how to make high-volume parts faster and more consistently than manual drilling, cutting, or trimming. In many factories, a CNC punching machine becomes a core production asset because it helps reduce labor time, improve part uniformity, and keep downstream assembly work moving without bottlenecks. For buyers comparing equipment, the real value is not only punching speed. It is also the stability of the frame, the accuracy of positioning, the tooling strategy, the ability to handle different sheet types, and the ease of integrating inspection and control steps into the process.