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Carbide Tip×トキワロイ工業 - List of Manufacturers, Suppliers, Companies and Products

Carbide Tip Product List

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Various super hard chips: Main products of super hard materials.

Various super hard chips: Main products of super hard materials.

We can produce hard materials for molded products in small quantities according to your usage needs!

We would like to introduce the main products of ultra-hard materials handled by Tokiwa Roi Industrial. Starting with "various chips related to boring" in horseshoe and house shapes, we also offer "plate chips" related to machine cutting tools. Chamfering chips can be adjusted for angle and dimensions. Although wear-resistant tool-related products are not listed due to their special shapes, we welcome inquiries for custom manufacturing. 【Product Lineup】 ■ Impact Resistance Series - Chips for ground drilling - Metal crown chips for boring - Chips for crushers and shredders ■ Wear Resistance Series - Ultra-hard materials for machine cutting tools (plate chips, chamfering chips) - Chips for optical lens polishing tools - Special shape chips *For more details, please refer to the PDF materials or feel free to contact us.

  • Contract manufacturing
  • Processing Contract
  • alloy

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"Management of Sintered Dimensions for Hard Products" contributes to cost reduction as secondary processing is not required!

"Management of Sintered Dimensions for Hard Products" contributes to cost reduction as secondary processing is not required!

Dimension accuracy control for sintered products that do not require secondary processing in the post-processing stage!

Super-hard processed products typically manage the dimensional accuracy of the finished product through grinding or electrical discharge machining from sintered material blocks. Of course, secondary processing is necessary to achieve dimensional accuracy below 100 microns in precision machined products. However, even in sintered products that do not undergo these secondary processes, special-shaped press forming and a certain level of dimensional accuracy management can be achieved depending on the mold design. Additionally, costs and delivery times are improved compared to processed products. For more details, please refer to the "Processing Technology Special Feature" materials.

  • Processing Jig

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[Explanatory Material] Various Metal Joining Technologies *Currently Available

[Explanatory Material] Various Metal Joining Technologies *Currently Available

An overview of various metal joining techniques is presented clearly and in detail using charts! This is a document unique to our company, which specializes in achieving precise bonding between dissimilar metals.

Since our founding, we have been engaged in precision joining of dissimilar metals. We are pleased to present a document explaining our "Precision Joining Technology for Hard Dissimilar Metals"! This document provides an overview of "various metal joining techniques." It clearly explains the joining principles, methods, mechanisms, and applications with easy-to-understand charts and diagrams, making it a must-read for anyone interested in metal joining. 【Contents】 ■ Joining Principles (Material Joining, Chemical Joining, Mechanical Joining) ■ Joining Methods (Fusion Welding, Brazing, Adhesive Bonding, Riveting, etc.) ■ Mechanisms (described according to each joining method) ■ Applications (described according to each joining method) If you are interested, please feel free to download the document or contact us.

  • Other cutting tools

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[Explanatory Material] Differences Between Brazing and Adhesive Bonding *Currently Available

[Explanatory Material] Differences Between Brazing and Adhesive Bonding *Currently Available

A detailed introduction to the representative techniques used for precision joining of fine precision parts and thin plates: "brazing" and "adhesion"! *Case studies are also included.

In the joining of precision machined products, it is required that there is little processing alteration or deformation, as well as reliability in joint strength and functionality of the joints (joining parts). This document explains "joining technologies used for precision machined products," detailing representative joining techniques used for fine precision parts and precision joining of thin plates, specifically "brazing (including soldering)" and "adhesion." [Contents] ■ Key points required for joining precision machined products ■ About brazing ■ About adhesion, etc. If you are interested, please feel free to download the document or contact us.

  • Other cutting tools

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Wear-resistant series "Crown Tip for Boring"

Wear-resistant series "Crown Tip for Boring"

Dimension specifications and angle adjustments available! Introduction of carbide tips.

At Tokiwa Roi Industries, we accept orders for the production of "metal crown tips for boring." We use materials with excellent wear resistance, with a hardness of around 90 as indicated by HRA. Orders can be placed starting from 500 pieces. For prototype orders, we can accommodate requests starting from 100 pieces. 【Features】 ■ Capable of handling chamfering and C faces ■ Uses materials with excellent wear resistance and a hardness of around 90 as indicated by HRA ■ Can also accommodate high-hardness materials with a hardness of 91 or higher ■ Orders can be placed starting from 500 pieces ■ For prototype orders, we can accommodate requests starting from 100 pieces *For more details, please refer to the PDF document or feel free to contact us.

  • Contract manufacturing
  • Processing Contract
  • alloy

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Shock-resistant series "Ground Drilling Chip"

Shock-resistant series "Ground Drilling Chip"

Introduction of chips for ground drilling that can accommodate special shapes for different applications!

At Tokiwa Roi Industries, we accept orders for the production of "ground drilling chips." We can produce carbide chips tailored to your application and method, even in small quantities. Additionally, we can accommodate custom specifications such as dimension specifications and angle adjustments.

  • Contract manufacturing
  • Processing Contract

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Only the cutting edge shape of the super hard tool is improved! The base material remains unchanged.

Only the cutting edge shape of the super hard tool is improved! The base material remains unchanged.

If you want to improve the cutting edge shape and the relief angle, etc., of a super hard soldered product while keeping the base material as it is.

In the case of cemented carbide brazed products where only the cutting edge of the cemented carbide tip needs to be changed, it is possible to consider improving the cutting edge shape. The cemented carbide is brazed to the base material. Therefore, by reheating it to the melting temperature of the brazing material to melt the brazing material and remove the cemented carbide tip, a new cemented carbide tip can be attached. For example, if you want to change the rake angle of the cutting edge of the cemented carbide tip, you would remove the tip, cut the base material, process a new brazing surface, and then braze the tip again. If you also want to change the shape of the tip, a new tip of a different shape can be brazed. While attention must be paid to the effects of thermal stress and structural changes in the base material due to reheating, if these issues can be managed through temperature control, it is possible to make improvements only to the working part of the tool while using the original base material. For more details, please refer to the "Processing Technology Special" document.

  • Other processing machines

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What is precision joining technology between superhard dissimilar metals?

What is precision joining technology between superhard dissimilar metals?

A comprehensive explanation covering an overview of various precision joining technologies, the differences between brazing and adhesive bonding, and examples of ultra-hard precision brazed products!

The document explains "precision joining technology between dissimilar metals." When using special alloys such as cemented carbide, technology for joining dissimilar metals is required. Brazing is one of the most effective precision joining techniques and is used for joining cemented carbide, among other applications. With joining technology for dissimilar metals, special alloys can be utilized in various situations, potentially expanding their range of applications. If you are interested, please feel free to download the document or contact us.

  • Other cutting tools

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[Explanatory Material] Examples of Precision Brazing Process Products *Currently Available

[Explanatory Material] Examples of Precision Brazing Process Products *Currently Available

Introducing examples of precision brazing products made of stainless steel (SUS) and cemented carbide! This is a unique document from our company, which specializes in achieving precise bonding between dissimilar metals.

Since our establishment, we have been engaged in precision joining of dissimilar metals. Here, we introduce examples of precision brazing products made from 【stainless steel (SUS) × carbide】. This document clearly explains precision joining of dissimilar metals with accompanying images. Furthermore, we provide a detailed explanation of the key points for brazing dissimilar metals! 【Contents】 ■ Product images after brazing ■ Enlarged view after grinding the brazed area ■ Key points of brazing If you are interested, please feel free to download the document or contact us.

  • Other cutting tools

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Bulk orders for various components differing by model number of the <Super Hard> series products.

Bulk orders for various components differing by model number of the <Super Hard> series products.

~Comprehensive production support for each material of your company's lineup of carbide products~

When expanding the product lineup through size segmentation If your company has a series of products with similar shapes, how would you respond if segmenting sizes could help you capture the needs of more users? At Tokiwa Roi, we accommodate segmented orders by accepting requests for similar shape products with dimensions of length, width, and height shifted by 1mm, as well as bulk orders for multiple varieties with different angles or radii at consistent intervals. *For more details, please refer to the PDF document or feel free to contact us.

  • alloy

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We produce "all types" of materials tailored to each customer's product model number.

We produce "all types" of materials tailored to each customer's product model number.

~Comprehensive production support for each material of your company's lineup of carbide products~

For example, products like sets that only demonstrate their value when multiple types are available, such as carving tools, or series products that need to offer slightly different sizes and shapes of similar designs to suit user applications, will have different material shapes used for each model number. At Tokiwa Roi, we provide manufacturers who create such products with the necessary sizes and shapes of materials, one by one, for all types of materials. Of course, we also accommodate single-item processing for prototype development and other needs. 【Manufacturing Process that Makes "Can We Create This?" Possible】 1⃣ Initial Consultation 2⃣ Review of Drawings 3⃣ Discussion 4⃣ On-site Visit if Necessary 5⃣ Providing a Unique Solution *For more details, please refer to the PDF document or feel free to contact us.

  • alloy

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"With this size" "and this shape," we will respond.

"With this size" "and this shape," we will respond.

~Comprehensive production support for each material of your company's lineup of carbide products~

If your company were to create a design where the dimensions of each component gradually increase, how would you go about manufacturing it? For the xylophone keys, would you purchase a long board and cut it into individual sizes in-house? Or would you procure materials of different sizes in advance and only perform finishing and assembly processes in-house? If it's a xylophone, the material is wood, so cutting it might be relatively easy. But what about a metallophone? This might also be possible if you have high-speed cutting machines. However, what part of the process is actually important for your company? Is it preparing the necessary components? Or is it the subsequent assembly and finishing of the prepared components? Tokiwa Roy provides materials in the sizes, dimensions, and shapes that our customers need. *For more details, please refer to the PDF document or feel free to contact us.*

  • alloy

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Supports single-item processing of ultra-hard single shapes.

Supports single-item processing of ultra-hard single shapes.

~Comprehensive production support for each material of your company's lineup of carbide products~

When producing custom-made products or developing prototypes If your company creates products tailored to user preferences, how do you procure the various materials? Or what if you want to develop a product with a new specification prototype? Even within the same product group, when manufacturing specialized tools with different specifications based on their intended use or tools that vary according to each craftsman's preferences, it is possible that the shapes of the materials will differ each time. Additionally, in cases where the production is aimed at special use specifications or improving the usability for the craftsman themselves, it is often the case that these do not become mass-produced items. At Tokiwa-Roi, we respond to the material needs of such products as well. We can accommodate even from a single shape. Of course, if you want to create just one prototype, we can provide materials starting from one piece. *For more details, please refer to the PDF document or feel free to contact us.

  • alloy

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