Name: CVD Mono Synthetic Diamond Stylus Customizable Abrasive Grain Sizes
Brand: Shaper Diamond Technology Co., Ltd
SKU: JSMD, JSPD
Price: 1,000.00 USD
Availability: InStock

Home Products Mechanical CVD Diamond

CVD Mono Synthetic Diamond Stylus Customizable Abrasive Grain Sizes

Product Details:

Place of Origin:	Hunan, China
Brand Name:	Infi
Certification:	Non Certificate
Model Number:	JSMD, JSPD

Payment & Shipping Terms:

Minimum Order Quantity:	10pcs
Price:	To be negotiated
Packaging Details:	packed in box then into carton
Delivery Time:	7 working days
Payment Terms:	T/T, Western Union, PayPal
Supply Ability:	100pcs/7days

Contact Now

Detailed Product Description

Color:	Brown-white	Shape:	Regular
Stucture:	Mono Diamond	Quality:	High Quality, Standard Quality
MOQ:	5 Pcs	Hardness:	Moh's 10
Material:	CVD
Highlight:	CVD Synthetic Diamond Stylus , Mono Synthetic Diamond Stylus

CVD Mono Synthetic Diamond Stylus Customizable Abrasive Grain Sizes

Product Specifications

Attribute	Value
Color	brown-white
Shape	Regular
Structure	Mono diamond
Quality	High quality, standard quality
MOQ	5 pcs
Hardness	Moh's 10
Material	CVD

Product Details

The CVD Synthetic Diamond Stylus offers the sharpest cutting performance with customizable abrasive grain sizes, specifically designed for precision record cutting applications.

Technical Specifications

Product Name	CVD diamond for record cutting stylus and stylus
Usage	Seeds substrate
Available Shape	Regular
Color	brown-white
Structure	Mono diamond
Type	Rough diamond
Customized Support	OEM, ODM
Thickness	0.3-7mm
Quality	High quality, standard quality
Application	Diamond growth
Character	Synthetic diamond

Key Features

Ideal for vinyl recorder applications and direct grooving on blank music records
Produced through Chemical Vapor Deposition (CVD) method for superior quality
Single crystal diamonds that are pure, flawless Type IIa diamonds
Environmentally friendly production process
Customizable grain sizes for specific application requirements

Our CVD diamond stylus is manufactured using advanced technology that creates the perfect conditions for carbon atoms to settle on a substrate in crystalline form, resulting in high-performance synthetic diamonds.

Tag:

Contact Person: Mrs. Alice Wang

Tel: + 86 13574841950