MCD CVD Diamond Cutter

Irregular PCD MCD CVD Diamond Contour Knife For Jewelry Processing Needs Product Specifications Attribute Value Usage Cutting Surface Roughness Ra < 0.1 um Material CVD Diamond Surface Finish Mirror-like finish Application High precision cutting of non-ferrous materials Product Overview The Irregular PCD/MCD/CVD Diamond Contour Knife revolutionizes jewelry processing by overcoming limitations of traditional tool making techniques that rely on slow carving methods. Key

Type A Electronic CVD Diamond Marking Cutters for Three Dimensional Product Design Product Specifications Application High precision cutting Material CVD Diamond Usage Cutting Manufacturer MCD Diamond Tools Product Overview Type A Marking Cutters (MCD/CVD) represent advanced cutting technology for precision three-dimensional product design. Key Features and Benefits Innovative Design: Solves traditional cutter limitations with improved geometric design for better chip removal

Micro Diameter Ball End Milling Cutter Electronic CVD Diamond Cutting Tool Precision Product Specifications Application High precision cutting Chemical Stability High Material CVD Diamond Type Cutting tool Product Overview This patented micro diameter ball end milling cutter utilizes advanced CVD diamond technology for superior performance in precision cutting applications. Research & Development Purpose Traditional tungsten steel cutting tools (55° hardness) face limitations

Precision Type P Mirror Finish MCD CVD Diamond Cutter Highly Controllable Product Overview The Type P mirror finish cutter with MCD/CVD diamond technology delivers exceptional surface quality for precision applications requiring high mirror effects without subsequent polishing. Key Features and Benefits Superior surface finish: Achieves Ra values of 0.05-0.1 μm for mirror-quality results Enhanced durability: 3-10 times longer lifespan compared to traditional diamond milling

PCD MCD CVD Irregular Contour Diamond Cutter For Jewelry Production Materials PCD / MCD / CVD Tool Specifications (mm) D R K L d 10-50 0.5-5 30-60° 50 6-10 Product Advantages Precision Engineering: Accurate modeling and forming data for consistent results Efficient Production: One-cut forming capability for sharp, delicate corners Simplified Processing: Easy handling for subsequent processing stages Applications Precision batch milling of surface and side contours for various

Industrial Electronic CVD Diamond Bead Forming Cutter For Smooth And Accurate Results Product Specifications Attribute Value Material CVD Diamond Advantages High cutting speed, long tool life, high precision Application Precision cutting of non-ferrous materials Surface Finish Ra < 0.1μm Wear Resistance Excellent Chemical Inertness High Product Description Bead-forming Cutter MCD/CVD 1. Research and Development Objective: The depth of a conventional bead-forming cutter is

Type A Electronic CVD Diamond Carving Cutter For High Performance Carving Product Specifications Attribute Value Durability Long-lasting Precision High Heat Resistance High Material CVD Diamond Cutting Speed High Surface Finish Smooth Application Cutting and drilling of hard materials Usage Dry cutting Product Description MCD/CVD Technology Research and Development Purpose: Traditional carving cutters still use artificial grinding processes that haven't evolved in over half a

Mirror Finish Electronic CVD Diamond Cutter Diamond Cutting Tools For Plane Bracelets Mirror finish cutters made from MCD/CVD diamond materials. Tool Parameters (mm) D H L d W 16-30 3.5-6.0 50 6-10 3.5-6.0 Research and Development Purpose Solves product surface defects including scratches and white marks caused by tool blade angle deviation. Tool Characteristics and Advantages Tungsten steel integrated handle replaces traditional iron handle for smoother operation Uses A

Customizable Precision Grade MCD Diamond Cutter For High Efficiency Machining Technical Specifications 1. Customizable Tool Geometry Tailor cutting tool parameters including: Edge angles Diamond width Tip radius Precision grades Shank specifications/materials Dual-edge functionality (bottom & side cutting edges) 180° cutting arc configuration Custom orders require prior consultation with our technical team 2. Mirror-Finish Machining Achieves surface roughness down to Ra0.1

MCD Monocrystalline Diamond End Mill Chamfer Cutter Acrylic-Specific diamond engraving cutter for aluminum & copper applications Key Advantages High-Efficiency Machining Premium Material Selection Extended Tool Lifespan Customization Support Item Value Brand Infi Product name MCD monocrystalline diamond end mill Material MCD, tungsten steel Product specification A variety of options Feed Rate 200-1000 Stepover 1-3mm Machining effect Surface highlights mirror effect Applicable

MONO Single Crystal Diamond Cutting Tools Diamond MCD Milling Tool High Precision Product Specifications Attribute Value Material Diamond + steel/tungsten steel Usage Cutting Cutting Speed High Cutting Edge Radius 0.1mm-0.5mm Compatibility Suitable for High Speed Machining Cutting Edge Sharpness High Cutting Edge Durability Excellent Surface Finish Mirror Finish Application Precision Cutting Cutting Edge Type Single Crystal Diamond Cutting Edge Angle 90° Manufacturer MCD

Micro Pave Setting Cutter PCD MCD Diamond Tools Precision Positioning Tool Parameters Tr BH ZH D F R angle 90° 0.8-1.0 0.1-0.3 0.6-2.0 1 0.05-0.1 R & D Objective Traditional micro-pave diamond setting faces critical challenges: Failed gem seating for diamonds 0.1mm) >30% rework rate due to tool limitations Key Features Ultra-Precision Edges: PCD/MCD cutting edges with Ra0.02-0.05 μm sharpness Diameter range: 0.8-1.5mm (±0.005mm tolerance) Patent-Pending Geometry: 45° self

Diamond Helical End Mill Mirror Finish PCD MCD Diamond Tools Ra0.05μM 5-10x Lifespan Key Attributes Reduces post-processing by 70% Material loss