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About Us
Company Profile
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Products
Glass
Composite Materials
Ceramic Materials
Superhard Materials
Non-ferrous Metals
Ferrous Metals
Cutting tools for difficult-to-cut materials
Optical Materials processing
Grinding wheel for optical windows
Diamond cutting wheel for glass
Ceramic Materials Processing
Cutting
Surface Grinding
Centerless Grinding
External Grinding
Composite Materials Processing
Cutting
Grinding
Diamond Materials Processing
Cutting Tool Blanks
PCD Cutting Machines
PCD/ CBN Grinding Wheel
MCD Tools Ginding
Peripheral Grinding Wheel
Cermet Tools Grinding
Diamond Parts Grinding
Grinding Machines
Dressing
Brazing
Semi-conductor Materials Processing
Cutting
Grinding
Polishing
Carbon Materials Processing
Cutting
Grinding
Polishing
New Metal Materials Processing
Grinding
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Sep
15
The Truth About Cutting Tool Wear
In the field of mechanical processing, cutting tools are the "sharp instruments" directly involved in cutting operations. However, as time passes and cutting proceeds, these tools will gradually experience wear. This not only affects processing efficiency but may also compromise processing quality. Today, we will uncover the truth behind tool wear, exploring its underlying causes, impacts, and corresponding countermeasures.
Sep
09
Diamond Dicing Blades Selection for Substrate Cutting
Learn how to select the right cutting blade for different substrates including PCB, copper, and ceramic. Discover the best bond types, grit sizes, and cooling methods to achieve high precision, efficiency, and reliability in electronics, semiconductor, and LED manufacturing.
Sep
04
Factors Affecting the Service Life of Diamond Dressing Rollers
Diamond rollers are essential tools in precision grinding and dressing applications, valued for their durability and high-performance cutting ability. However, their lifespan is not fixed and can be influenced by multiple factors such as material hardness, grinding parameters, dressing methods, and cooling conditions. Understanding these key elements helps manufacturers maximize efficiency, reduce costs, and ensure consistent product quality.
Sep
04
Vitrified Diamond Grinding Wheel for Tungsten Carbide
Discover how a customer used vitrified diamond grinding wheels (100D-45T-9.79X-45V-12h-30H SD120) for tungsten carbide machining. Learn why vitrified wheels cannot be disassembled, the challenges of thick wheel manufacturing, and how MoreSuperHard provides precision grinding solutions worldwide.
Sep
02
Honing: The “black technology” of micron-level precision machining
In the manufacturing industry, precision machining has always been the threshold to high-end manufacturing. For example, the oil holes of engine fuel injection pumps, the inner cavity of hydraulic valve bodies, and the bearing holes of precision gears often require accuracy within 1 micron—equivalent to one-seventieth of the thickness of a human hair! In the past, such high-precision machining relied primarily on honing, a process that was inefficient and costly. However, in 2022, Rijin Intelligent Equipment, a company in Taizhou, China, introduced a new machining technology: honing, which makes micron-level machining fast and accurate. So, what exactly is honing? Why has it become a new favorite in precision manufacturing? Let's find out!
Aug
29
Optical Lens Grinding and Polishing Process
Learn how optical glass lenses are transformed from raw blanks into smooth, transparent optical-grade mirrors. This article explains the three key processes—coarse grinding, fine grinding, and polishing—their differences, purposes, and impact on lens quality in optical manufacturing.
Aug
28
How to solve the problem of chipping during grinding of cemented carbide tools?
In the field of precision machining, the grinding quality of carbide tools directly impacts tool life and machining accuracy. However, many companies often encounter problems such as tool chipping and excessive surface roughness in actual production, which not only reduces product qualification rates but also increases production costs. Today, we will explore how to address these challenges through optimizing resin-bonded diamond grinding wheels, using a real-world case study.
Aug
27
Polyurethane Polishing Pads for Sapphire Surface Processing
Polish sapphire more efficiently! MORESUPERHARD polyurethane polishing pads, with customizable hardness and long wear life, guarantee surface flatness and smoothness to meet optical-grade requirements.
Aug
21
Electroplated diamond grinding wheel: Micro-structure analysis and silicone grinding practice
In industrial manufacturing, precision grinding of silicone materials has always faced numerous technical challenges. This article will delve into the structural secrets of electroplated diamond grinding wheels, focusing on their micro-structural characteristics. Furthermore, it will demonstrate their exceptional performance in silicone grinding using practical examples.
Aug
20
Optical Lens Cold Processing Workflow
Optical lens processing is a highly precise and interconnected process.From the initial blank shaping (rough grinding and fine grinding), to obtaining the optical surface (grinding and cleaning), to precise positioning and sizing (core extraction), and then through coating and film coating to impart various functional properties. For composite lenses, they also require gluing. Finally, rigorous quality inspection is carried out to ensure that the lenses are properly packaged for shipment.
Aug
14
As the “aristocrat” of optical glass, why does sapphire stand out?
Sapphire glass is essentially artificially synthesized single-crystal aluminum oxide. It has excellent optical, thermal, dielectric and mechanical properties, making it widely used in fields such as LED, consumer electronics, scientific research, medical devices, aerospace.
Aug
13
Characteristics and Applications of Alumina and Silicon Nitride Ceramic Inserts
Selecting the right ceramic insert is key to achieving optimal machining performance. This guide compares alumina and silicon nitride ceramic inserts, outlining their strengths in hardness, toughness, cutting conditions, and cost-effectiveness. Whether you’re machining hardened steel, cast iron, or nickel-based alloys, understanding these factors will help you choose the most suitable insert for your production needs.
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