Business Details
Precision Diamond & CBN Tooling Solutions
Braemar Grinding Supply has established itself as a leader in precision diamond and CBN tooling for advanced manufacturing applications. With over four decades of experience, the company specializes in crafting high-performance tools designed for grinding, drilling, cutting, and polishing hard materials such as ceramics, quartz, sapphire, and superalloys. Our USA-made products serve critical industries including semiconductor, aerospace, medical, optical, and military sectors, where precision and durability are paramount.The company maintains a commitment to innovation, offering both standard and custom-engineered solutions to meet exacting specifications. Our inventory ensures quick fulfillment while application engineers provide technical support to optimize tool performance. Braemar Grinding Supply combines cutting-edge technology with domestic manufacturing excellence to deliver reliable solutions for complex machining challenges.
Services
Resin Bond Diamond Wheels
Electroplated CBN Wheels
Metal Bond Diamond Tools
Diamond Core Drills
Diamond Dressing Tools
Diamond Bandsaw Blades
Optical Grinding Tools
Water Swivels
Highlights and features
- We offer 40+ years of specialized experience in superabrasive tooling
- Our engineers develop custom tools for exact machining requirements
- All products are manufactured to exacting standards in the USA
- We maintain inventory for rapid order fulfillment
- Application experts provide technical guidance for optimal tool selection
Services
Resin Bond Diamond Wheels
Engineered for grinding carbide, ceramics, and composite materials. These wheels combine diamond abrasives with resin bonds to deliver precise material removal while maintaining dimensional accuracy. Ideal for applications requiring fine surface finishes on hard materials.
Electroplated CBN Wheels
Designed for grinding hardened steels and superalloys. Electroplated cubic boron nitride wheels offer exceptional thermal resistance and cutting performance. Available in custom configurations to meet specific machining requirements for aerospace and industrial applications.
Metal Bond Diamond Tools
Specialized tools for machining extremely hard materials like quartz and ceramics. Metal-bonded diamond tools provide extended tool life and consistent performance in demanding applications such as milling and profiling advanced composites.
Diamond Core Drills
High-strength drills for creating clean, accurate holes in challenging materials. Features exclusive metal bonds and precision engineering to minimize chipping and wear during drilling operations on ceramics, quartz, and sapphire materials.
Diamond Dressing Tools
Essential tools for maintaining grinding wheel performance. Available in single-point, multi-point, and form configurations to ensure proper truing and dressing of conventional abrasive wheels used in precision machining operations.
Questions
What industries do Braemar Grinding Supply tools serve?
Our tools support semiconductor, aerospace, medical, optical, military, and industrial manufacturing sectors requiring precision machining of hard materials.
Can you create custom diamond tools?
Yes, we specialize in custom-engineered solutions. Provide your specifications or material samples for tailored tool development and rapid prototyping.
What materials can your tools machine?
Our tools effectively process ceramics, carbide, quartz, sapphire, silicon carbide, superalloys, and composite materials used in advanced manufacturing.
Are your products made in the USA?
All our diamond and CBN tools are designed and manufactured at our Tempe, Arizona facility to maintain strict quality control standards.
How do I select the right tool?
Contact our application engineers who will analyze your material, equipment, and performance requirements to recommend optimal tooling solutions.
What support do you provide?
We offer technical guidance, tooling recommendations, and engineering support throughout the product lifecycle to ensure machining efficiency and cost-effectiveness.
