What characteristics should an excellent peripheral grinder have?
1.Good machine rigidity
2.Self-developed grinding software,Intelligent Control System
3. On-line dressing system can satisfy grinding wheel dressing
What materials can be machined with Agathon peripheral grinders?
Agathon peripheral grinder suitable for processing various types of indexable inserts, with double-sided chamfering. Its excellent grinding performance is widely used in grinding of cemented carbide inserts, ceramic blades, PCD inserts, and CBN inserts, cermet inserts and its grinding accuracy and efficiency are excellent.
Agathon Peripheral Grinder Grinding Small Arc Test of Cermet Inserts
As we all know, cermet inserts are widely used in the fields of fine milling and fine turning because of their excellent performance. Agathon peripheral grinding machine is used to grind the small circular arc of the cermet blade. Its precision, smoothness, and perfect degree of arc tangency have not been surpassed so far.
Agathon Grinding Laboratory in Switzerland conducted the following limit grinding tests on the grinding of small arcs of cermet inserts: Agathon's peripheral grinder has miraculously achieved the perfect grinding of small arcs of R0.02. The actual grinding size R 0.020 (enlarged 200 times) shows that its small arc is perfectly tangent. without obvious edge collapse.
Agathon Grinding Machine for Peripheral Grinding and Form Dressing
With form dressing, operators can extend existing peripheral grinding capabilities by grinding complex shapes. For example, take an indexable insert, and slot the edge to serve as the interface of the clamping unit. Since the end face of the grinding wheel cannot be machined, the peripheral surface of the grinding wheel must conform to the shape of the sipe. Each diamond grinding wheel on the dressing device is trimmed and shaped according to the shape of the workpiece to be processed, so that the indexable insert can be processed. In the processing of grooving inserts, more examples of forming and finishing can be found. When forming and dressing is used, the application field and processing capacity of Agathon grinding machine can be further expanded, the processing method of the operator can be made more flexible, and at the same time, the customer can obtain a higher cost and benefit balance. When peripheral grinding is used, in one clamping process, the operator can combine the grinding wheel face grinding with the peripheral grinding, thereby shortening at least one processing procedure in the finished product processing process chain and improving the processing efficiency of the machine tool.
What can Moresuperhard do for your inserts grinding?
Moresuperhard is a diamond and cbn grinding wheel manufacturer.Moresuperhard provide various materials of cuuting tools grinding solutions for you especially for PCD/PCBN/MCD/Cermet tools grinding solutions.
Do you need 11A2 peripheral grinding wheel for agathon grinding machine?
Moresuperhard provide customized diamond grinding wheel for your peripheral diamond grinding wheel like ewag,waida,wendt and others.
PCD indexable inserts,PCBN indexable inserts,cermet indexable inserts grinding solutions and dressing solutions please contact us freely.
Moresuperhard provide quality cnc diamond grinding wheel for grinding rotary cutting tools.1A1,1V1,11V9,12V9 abrasives grinding wheel suit for anca,walter,ewag cnc grinding machine.1. Suitable for high-efficiency grinding processing with rapid feed.2. Good wear resistance and shape retention.3. It has good self-sharpening properties, generates less heat during grinding, reduces burns on the workpiece, and meets the high-precision requirements of the tool.4. No clogging, easy to trim, extend the trimming cycle and reduce processing costs. 5. The cutting edge quality of the grinding workpiece is consistent and the smoothness is high, which ensures stable quality when processing downstream products.
At present, the main diamond processing methods include mechanical polishing, thermochemical polishing, tribochemical polishing, laser polishing, ion beam polishing and chemical mechanical polishing.Due to the anisotropy of diamond, "hard" and "soft" polishing directions have completely different material removal rates.Experimental results show that atomic-level roughness values can be obtained in a shorter time by mechanical polishing in the crystallographic directions <100> and <110> or in another direction deviating from <110> at an angle not exceeding 20°.
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