Buy from us highly durable and robust Multipoint Indexable Crown dressing tool that is commonly used to maintain abrasive surface of grinding wheels. It has a sturdy mild steel body that provided high strength to weight ratio with excellent corrosion resistance. It is fixed with diamond tip in various patterns. The crown can be easily mounted on holder and can be rotated to ensure correct orientation. Customers can get this industrial tool with an assurance of fast and safe delivery.

Features

Can be used for side dressing
Easy to use
Perfect grip
As several points are in use simultaneously the feed may be safely increased

A multipoint Diamond Dresser in which sharp natural diamonds are set in a circular rating plane. As soon as the diamonds on the indexed position are completely Adjusted on the shank for new points. Shanks for the crown are made to customer specifications..

Advantages :

Can be used for side dressing.
As several points are in use simultaneously the feed may be safely increased.
The diamonds can be completely used up and resetting is redundant.
Since two or more diamonds come in contact with the wheel the work load on the diamonds is divided and the diamonds last longer.
A large area of the wheel is dressed more efficiently in a relatively shorter time than a single point.
Finer finish is obtained on the wheel due to the crystal shape of the diamonds employed.

Superior Durability and Performance

Designed with a robust steel base and coated with synthetic diamond in a metal bond, the Multipoint Indexable Crown stands out for its high impact and wear resistance. The nickel plating further reinforces durability, making it suitable for demanding conditions. Its re-indexable feature allows multiple uses, maximizing cost-effectiveness and productivity for demanding grinding operations.

Precision Engineering for Custom Applications

Available in customizable diameters and various grit sizes, this indexable crown meets unique operational needs. Each unit is precision ground to ensure high-quality finish and optimal performance. Compatibility with both standard and custom shaft types grants flexibility, and custom strip sizes accommodate specialized industrial applications.

FAQs of Multipoint Indexable Crown:

Q: How is the Multipoint Indexable Crown used in grinding wheel dressing?

A: The crown is mounted on a compatible shaft and applied to the grinding wheel surface, forming or dressing it with precision. Its multipoint diamond configuration enables consistent, effective removal of material and accurate shaping.

Q: What are the benefits of the re-indexable feature in this indexable crown?

A: Re-indexing allows users to reposition the crown multiple times, using fresh diamond points for each cycle. This results in an extended operational life and cost savings, as the tool lasts significantly longer than non-indexable alternatives.

Q: When should I choose a custom diameter or grit size for this product?

A: Custom diameters (15mm to 75mm) and grit sizes (mesh 100-320) are recommended for applications that require specific profile shapes or degrees of abrasiveness. Consult with your supplier to match the crown specification to your unique grinding or dressing requirements.

Q: Where can the Multipoint Indexable Crown be used effectively?

A: This crown is ideal for industries reliant on grinding wheel maintenance, such as metalworking, automotive, and tool manufacturing. Its design supports both standard and bespoke applications, enabling efficient use in diverse work environments.

Q: What process is involved in manufacturing the Multipoint Indexable Crown?

A: The manufacturing process begins with high-grade steel, which is precision formed and bonded with synthetic diamond particles using a metal bond. The surface is then nickel-plated and ground to ensure both durability and dimensional accuracy.

Q: What advantages does the nickel-plated finish provide?

A: The nickel-plated surface enhances the crowns resistance to corrosion and wear, increasing its durability during high-temperature operations up to 600C, and maintaining performance in challenging working conditions.