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The design currently under patent application allows for easy visual confirmation of the coolant's condition, which also helps extend the lifespan of both the tool and the coolant.

【Specifications】 ■Dimensions: Length 49.53mm × Height 406.4mm × Width 152.4mm ■Voltage: 110v 50/60Hz; 220v 50/60Hz ■Pump: Maximum flow rate 300 gph

[Example] Application of tapping processing using horizontal machining!!

Four types of products according to required flow rate: ◍ DECA: φ3.0 hole nozzle (Max. 150bar: 51ℓ/min) ◍ HECTO: φ6.0 hole nozzle (Max. 100bar: 168ℓ/min) ◍ MEGA: φ10.5 hole nozzle (Max. 80bar: 460ℓ/min) ◍ GIGA: φ16.0 hole nozzle (Max. 80bar: 1,068ℓ/min)

Can be combined according to the whetstone.

Slot nozzle for HECTO, MEGA, GIGA Tube nozzle for HECTO, MEGA, GIGA

Efficiently changing nozzles and iron pipes through quick changeover.

- Quick Connection - Steel Coolant Nozzle for DECA, HECTO, Copper Tubes - Quick Position Connection - Steel Coolant Nozzle for DECA, HECTO, MEGA

Compact design magnet filter. Just install it in the piping! Sludge removal is also easy.

**[Mechanism of Micromag]** A fluid containing iron powder enters the inlet of the Micromag and is dispersed by a unique tapered radial fluid path. These fluid paths gently slow down the speed of the fluid. The fluid flows around the outside of the neodymium magnet core. Here, particles accumulate, resulting in excellent filtration effects. Furthermore, as particles adhere, the shape of the magnetic flux path controls the accumulation of iron powder. Regardless of the accumulation of iron powder, the fluid flows through the available flow paths, so this magnetic flux circuit never blocks filtration. The filtered flow path enters from the return port of the magnetic core, rises through the center, and exits from the outlet. *For more details, please refer to the catalog. Feel free to contact us with any inquiries.*

Simultaneous back and double-sided machining!! This labor-saving tool allows for back machining, which is impossible with conventional tools, as well as double-sided machining, all in one process!

● The deburring tool is the definitive labor-saving tool that allows for both back and double-sided deburring, which is impossible with conventional tools, to be done simultaneously in a single process. ● You can perform back and double-sided deburring in one pass while the spindle rotates in the forward direction. ● No skill is required at all. ● It is most suitable for multi-axis operations. ● It can be used on materials ranging from aluminum to stainless steel. ● No special tools are required.

Ideal for removing burrs and surface edges! For deburring and chamfering cross holes, pipes, tubes, liners, housings, flanges, and more.

● The bar-off tool (chamfering tool for cross holes) is a chamfering tool for cross holes. ● It can remove troublesome burrs and thread surfaces from both sides of cross holes. ● The bar-off tool was developed as a chamfering tool for mass production processing in dedicated multi-axis machines. ● Since the bar-off tool is integrated, there is no need for troublesome adjustments, and there are no concerns about chip accumulation, which was a drawback of conventional deburring tools. ● The bar-off tool can be re-sharpened about 4 to 5 times, and the tool life varies depending on the material being processed, ranging from 5,000 to 15,000 holes.

Cross holes and oval shapes can be easily backed. Compatible with a wide range of materials such as aluminum and stainless steel.

【Examples of Use】 - Hydraulic manifold - Fitting - Elbow - Camshaft - Connecting rod - Large oil extraction equipment parts, etc. *For more details, please refer to the materials. Feel free to contact us with any inquiries.