Products

[ Positioning Plate, Exchange Plate, 96/52, Adapter Plate ]

We specialize in manufacturing zero-point clamping systems that combine high-precision positioning with rapid changeover. Designed to reduce machine downtime and enhance production efficiency, our zero-clamping solutions are ideal for CNC machining, mold manufacturing, and automated production lines.

[ Zero Point Clamping, Positioning System, Quick Change System ]

1. Fast Changeover for Maximum Productivity: With pneumatic actuation, the system enables quick locking and releasing in just seconds, allowing operators to switch fixtures or workpieces effortlessly. This significantly shortens setup time and increases overall production output.
2. Exceptional Accuracy and Stability: Each Zero Point Clamping System is made from high-strength steel and precision-ground components, ensuring long-term durability and a repeatable positioning accuracy within ±0.005 mm.
3. Versatile Applications: Our Zero Clamping systems are compatible with a wide range of machining equipment, including:
   • CNC milling and turning centers
   • EDM and wire-cut machines
   • Mold and fixture manufacturing
   • Automated handling and quick-change setups
4. Designed for Smart Manufacturing: When integrated with Matchling's comprehensive range of jigs, tool holders, and machine accessories, the zero-point clamping system helps manufacturers achieve higher precision, faster cycle times, and smarter production management, a true step toward intelligent manufacturing.

[ Surface Grinder with Punch Grinding Attachment, Surface Grinding ]

A punch grinding machine is a specialized device used to grind and maintain punches for stamping molds. It quickly restores dull punches, improves product precision and production efficiency, and extends mold lifespan.

Applications:

• Grinding worn or dull punches
• Adjusting punch size and angle
• Enhancing punching accuracy
• Extending mold service life

Advantages of a Punch Grinding Machine

• High-precision grinding to keep punches sharp
• Easy to operate, saving maintenance time
• Suitable for various punch shapes
• Improves production efficiency and reduces costs

Punch Former: The Fixture for High-Precision Punch Creation. The Punch Former is not a grinder itself, but a critical, high-precision indexing and clamping tool. It is used in conjunction with a surface grinder to create complex or custom punch profiles with exceptional accuracy.

Key Applications of a Punch Former:

• New Punch Fabrication: Manufacturing brand-new, high-tolerance punches, core pins, and EDM electrodes. Complex Profile Grinding: Enables the precise grinding of intricate shapes, including concave/convex radii (R), complex multi-angles, and non-standard contours.
• Wheel Dressing: Some models include an arm for accurately dressing the grinding wheel to a specific angle or radius. Advantages of a Punch Former Micro-Precision Forming: Achieves extremely high rotational and angular accuracy (often within a few arc seconds).
• High Versatility: Its indexing mechanism allows for the creation of round, polygonal, and specialized custom punch forms. Superior Finish: Ensures the geometry is perfect, directly enhancing punching accuracy and the final product's quality.

In summary, the Punch Grinder is your solution for fast, routine maintenance, while the Punch Former is the essential high-precision accessory for manufacturing and defining complex tool geometries. Together, they are fundamental for achieving world-class precision in the mold and die industry.

We offer a range of grinding wheel dressers, specialized tools used to true, shape, and clean conditioning grinding wheels, ensuring accuracy and consistency in machining processes. By restoring the wheel's cutting surface, a dresser improves grinding efficiency, extends the wheel’s lifespan, and delivers high-quality surface finishes.

[ Diamond Dresser, Angle Dresser, Double-Sided Dresser, Optical Dresser, Universal Dresser, Parallel Dresser, Feed Rod, Sleeve ]

Main Functions of a Grinding Wheel Dresser

• Maintain wheel geometry for precision grinding.
• Improve cutting efficiency by removing clogged debris.
• Extend grinding wheel life and reduce uneven wear.
• Enhance workpiece quality with smoother surface finishes and accurate dimensions.

A grinding wheel dresser is an essential tool in precision machining, helping maintain wheel accuracy, improve efficiency, and ensure high-quality results. Choosing the right dresser not only increases productivity but also guarantees consistent performance in industries such as automotive, aerospace, mold manufacturing, and machine tools.

[ Flange, Wheel Hub, Balancing Stand, Wheel Arbor, Flange Wrench, Red Touch Paste, Blue Touch Paste ]

A grinding wheel flange is an essential component of grinding machines, designed to mount, support, and secure grinding wheels. With precise clamping, the flange ensures accurate wheel centering and static balance. Even at high speeds, it minimizes vibration and runout, guaranteeing machining accuracy, stability, and safety.

A grinding wheel balancing stand is an important auxiliary tool for grinding machines, used to check and adjust the static balance of grinding wheels. If the wheel is unbalanced, it may cause vibration, which affects machining accuracy and shortens the machine’s service life.

In precision grinding and machining, accessories play a crucial role in workpiece positioning, support, and alignment. We offer accessories such as bench grinder dressing tools, angle blocks, parallel blocks (parallels), and V-blocks. These tools support grinding operations and help ensure workpieces remain stable and accurate, improving both efficiency and machining quality.

[ EDM, Wire-Cut EDM Vise, EDM Vise, Angle Fixture, Sine Magnetic Base ]

How to Choose the Right Grinding Accessories?

• Select the accessory based on workpiece shape and requirements (angle, parallel, cylindrical).
• Verify the accuracy grade (e.g., ±0.005mm).
• Consider durability and material treatment.
• Choose from reputable brands with after-sales support.

[ Permanent Magnetic Chuck, Powerful Magnetic Chuck, Circular Magnetic Chuck, Rotary Magnetic Chuck, Fine Pole Magnetic Chuck, Swivel Magnetic Chuck, Vertical Magnetic Chuck, Electromagnetic Chuck, Rotary Electromagnetic Chuck, Fine Pole Electromagnetic Chuck, Chuck Controller, Demagnetizer, Magnetic Lifter, Magnetic Base, Flexible Coolant Hose, Magnetic Block ]

We offer magnetic tools that are auxiliary devices that use magnetic force to clamp, hold, and position workpieces, and are widely used in grinding and milling machines. Compared with traditional mechanical fixtures, magnetic tools offer easy operation, high efficiency, stable precision, energy savings, and safety.

Common types of magnetic tools include:

• Electromagnetic Chucks
• Permanent Magnetic Chucks
• Electro-Permanent Magnetic Chucks

Advantages of Magnetic Tools

1. Efficiency: Quick clamping and releasing reduce setup time.
2. Precision: Even magnetic distribution ensures accurate positioning.
3. Safety & Stability: Reduces loosening issues caused by vibration in traditional fixtures.
4. Versatility: Suitable for both precision grinding and heavy-duty milling.
5. Energy Saving: Permanent and electro-permanent chucks require no continuous power supply, making them more eco-friendly.

A vise (also called a machine vise) is a widely used workholding tool that firmly clamps workpieces during cutting, milling, or drilling, ensuring stability and precision.The most common types are the Traditional Vise, the MC Vise (Precision Machine Vise), and the Five-Axis Vise.

How to Choose the Right Vise?

• General machining → Traditional Vise (affordable, entry-level use).
• High-precision CNC → MC Vise (accuracy and efficiency).
• Five-axis or complex parts → Five-Axis Vise (maximum flexibility and precision).

[ Stainless Steel Vise, Bench Vise, Grinding Machine Fixture, Sine Vise ]

A grinding machine vise or precision vise is an essential workholding tool for grinding, milling, drilling, and other machining processes. It securely clamps workpieces, ensuring stability, accuracy, and parallel alignment during precision operations.