search results
14件中/1-14件目を表示
These wheels can meet various cutting requirements. They exhibit excellent performance in cutting various materials.
| Applications | Precision cutting of various ceramics, quartz, glass, ferrite, etc. |
|---|
The "fine blade metal bond type" is a large-size thin blade wheel developed for purposes of precision cutting and grooving. Since this type has high blade thickness accuracy and run-out accuracy, it is ideal for processing of precision molds of cemented carbide and ceramics.
| Applications | Grooving and cutting of carbide and ceramics precision molds, precision grooving and cutting of ferrite parts of magnetic materials |
|---|
Since a highly rigid body is employed, the feed rate can be increased to provide high efficiency cutting and high cutting accuracy.
| Applications | High efficiency and high precision cutting of various ceramics, glass and magnetic materials |
|---|
These wheels can meet various cutting requirements. They exhibit excellent performance in cutting various materials.
| Applications | Precision cutting of various ceramics, quartz, glass, ferrite, etc. |
|---|
A large-size thin blade wheel for precision cutting & grooving. Since this type has high blade thickness accuracy and run-out accuracy, it is ideal for processing of precision molds of cemented carbide and ceramics.
| Applications | Grooving and cutting of carbide and ceramics precision molds, precision grooving and cutting of ferrite parts of magnetic materials |
|---|
This wheel can meet various cutting requirements. It demonstrates excellent cutting performance in cutting various materials. In particular, it improves the cutting efficiency significantly.
| Applications | Cutting of various ceramics, glass, ferrite, composite material, etc. |
|---|
A thin blade wheel of all-grain layer type realized by our original electroforming technology to enable high precision cutting and fine grooving accurately.
| Applications | Precision cutting and grooving of various materials |
|---|
Ideal for ultra fine grooving of Fresnel lens, etc. The shape of cutting edge tips is guaranteed in the order of submicron.
| Applications | Molds of LCD light guide plates, Fresnel lens molds, optical sheet molds, various grating molds, other fine grooving |
|---|
Highly precise ultra fine grooving not achievable by the photolithography and ion beam processing can be realized.
| Applications | Holographic grating molds, linear fine grooving, molds that require ultra fine grooving, optical sheet molds |
|---|
A formed single crystal diamond cutting tool having a free curve cutting edge. Paraboloid and ellipse of profile accuracy less than 1μm can be machined in one shot
| Applications | LCD panel optical sheet molds, microlens array molds, various optical element molds |
|---|
Our original minute cutting edge treatment* has been applied to the single crystal diamond cutting edge to improve the tool life. *Patented.
| Applications | Infrared sensor lenses, night vision camera lenses, germanium lenses, silicon lenses, calcium fluoride lenses, cobalt-less carbide molds |
|---|
An ultra precision cutting tool that employs "SUMIDIA Binderless" on the UPC cutting edge. Long life in mirror-cutting of cemented carbide and machining of fine shapes is ensured. SUMIDIA is the registered trademark of Sumitomo Electric Industries, Ltd.
| Applications | Machining of cemented carbide glass lens molds, prism sheet large roll molds, light guide plate large molds, glass lenses and other high hardness and brittle materials |
|---|
Used for precision cutting of various wires such as lead wires.
| Applications | ・Lead wires, PGA package grid pins, inner lead wires, others |
|---|
- Please contact below for Inquiries about diamond tools/ CBN tools