New to our Product range

CVD Diamond Rough

For Tool manufacturing

Aga9's single crystal diamond rough is grown using the Chemical Vapour Deposition (CVD) process. Customizable to your required size, shape and thickness, it delivers superior surface finish, tool life and accuracy.

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Why CVD Rough?

Tool performance starts with the material that goes into it. Our chemical vapor deposition process yields unmatched purity and control.

One Continuous Crystal

Grown as a single, uninterrupted crystal lattice with no grain boundaries for a sharper and more uniform edge.

Controlled Growth

Manufactured via microwave plasma chemical vapor deposition, its properties are controlled during growth.

The Results For Your Tools

Longer Tool Life

Precise Edges

Reliable Performance

Supreme Hardness

Chemical Inertness

MATERIAL PROPERTIES

Thermal Conductivity

Superior heat dissipation

~2000 W/m·K

Surface Roughness

Mirror-like finish achievable

3–6 nm Ra

Fracture Toughness

Precise edge design

~2–5 MPa√m

Hardness

Hardest known material

10,000 HV

Cutting Edge Quality

Stable, sharp, long-lasting edges

NOTCH FREE

APPLICATIONS

Milling

A milling tool is a rotary cutting tool with multiple cutting edges that remove material from a workpiece as it spins. With CVD rough diamonds, tools can exhibit extraordinary resistance resulting in excellent tool life.

Benefits: Sharp Edges, Wear Resistance and Extended Tool Life

Applications: Single Point Diamond Turning (SPDT), Diamond Fly Cutting, Diamond Drilling and Diamond End Milling

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Drilling

Drilling involves the use of a drill bit to create holes with a circular cross-section in solid materials. The use of CVD rough diamonds in drilling tools significantly enhances the performance of tools in some of the most demanding industrial applications. Diamond-tipped drill bits will result in better tool life and reduced downtime.

Benefits: Sharp and precise cutting edges, Minimizes delamination aand results in long tool life

Applications: Drill bit inserts, Coring tools, PCB micro-drilling

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Turning

Turning is a machining process which involves the use of a cutting tool to remove material from the outer surface of a rotating cylindrical workpiece. The hardness of the diamond embedded in the tool material for performing turning operations offers a sharp, stable cutting edge through long continuous cuts on non-ferrous and non-metallic materials.

Benefits: Sharp and precise cutting edges, Minimizes delamination and results in long tool life.

Applications: Screw threads and fasteners, Internal surface finishing and Complex precision parts

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WHY CHOOSE AGA9?

Competitive Pricing

Custom Specifications

Superior Quality

In-house Manufacturing

Technical Expertise

Competitive Pricing

Custom Specifications

Superior Quality

In-house Manufacturing

Technical Expertise

Competitive Pricing

Custom Specifications

Superior Quality

In-house Manufacturing

Technical Expertise

Competitive Pricing

Custom Specifications

Superior Quality

In-house Manufacturing

Technical Expertise

Contact Us

Reach out to us, and our team will get back to you promptly. We value your feedback and are always ready to assist you.

EMAIL US

info@aga9.tech

CALL US

+1 2019370807

VISIT US

551 5th Avenue 31st Floor NY, NY 10176 USA

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Frequently Asked Questions

Get insights on lab-grown diamond plates, their benefits and solutions to demanding
industrial applications:

Which industries use CVD diamond plates?

CVD lab-grown diamond plates are used in opto-electronic, ultra-high vacuum (UHV) windows, high-power laser windows, tool manufacturing and power-electronic device manufacturing.

How stable are lab-grown diamonds under heat?

The maximum operating temperature of lab-grown diamonds stands at 2200 W/mK which is five times more than copper and four times higher than silicon carbide. These characteristics make lab-grown diamonds ideal for managing heat in high-power devices.

What are single-crystal diamond plates?

Single crystal diamond plates are diamond plates manufactured from one continuous diamond crystal lattice. This gives these diamond plates uniformity, mechanical strength and excellent thermal properties.

What is diamond cooling?

Diamond cooling is the process of deploying diamonds for managing and dissipating heat in electronic devices. It is an advanced cooling mechanism to effectively drive away heat from critical components.

Who are the founders of AGA9?

AGA9 was founded by Anil Poddar and Gargi Poddar. Anil Poddar, a veteran entrepreneur has over 40 years of experience in the natural and lab-grown diamond industry. Gargi Poddar brings her years of experience across sales and marketing and envisions a future where lab-grown diamonds will become an essential material for thermal management.
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To learn more about our founder's journey, please click here.

Aga9 is a lab-grown diamond manufacturing company dedicated to harnessing the valuable properties of CVD diamonds for industrial applications. We at Aga9 manufacture more than lab-grown diamond plates, we are dedicated to creating brilliance ethically, sustainably and with maximum resource efficiency.

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