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NINE-9 CUTTING TOOLS CO., LTD.
製品の説明 :
Nine9 chamfer mill is designed for chamfering and countersinking with an indexable insert.
The insert is a specifically designed for use in high speed machining ; the multiple flutes
provide for increased feed rate, optimizing performance and reducing cutting time.
High performance chamfer tool for upgrading your machining process.
For front and back chamfering. Eliminates 2nd operation or deburring time.
● Excellent Repeatability
• Smallest Indexable counter sink, diameter ø7 mm.
• The insert is dual-relief angle, specially edge honning and optimized coated for high cutting speed.
• Optimized the number of teeth on the holder to achieve higher feed rate.
● Economical
• Each insert has 4 cutting edges.
• Long tool life.
● Applications
• For front and back chamfering.
• 90° counter sink and 45° chamfering.
• For counter sink, circular chamfering, contour chamfering and face milling.
NINE-9 CUTTING TOOLS CO., LTD.
製品の説明 :
NC Helix Drill cuts material by helical interpolation; serrated cutting edge minimizes chip length.
Low spindle power is not a problem, good for drilling material that generates long, soft chips.
● Reduce Your Tool Inventory
Each holder can machine di erent diameters and hole depths, saving your tool inventory and cost!
No need to peck drill or dwell in operation even machine without internal coolant.
● Lower spindle power consumption Easy to cut!
• Thanks to the small cutting load of the serrated cutting edge and helical interpolation lower power consumption. Work quicker, smarter and achieve better results.
• Circular ramping milling, maximum ramping angle is 20°. For example: tool HD27 machining Ø50 mm hole, 9 mm pitch for aluminum, 6 mm pitch for carbon steel.
● Special insert geometry - exceptional swarfs control.
• Serrated cutting edge makes the chips short and small, and easier to evacuate.
• Eliminate swarf and vibration problems while drilling di cult material or deeper holes.
● “One tool” performs multiple applications
• Not only a drill, but an end mill too.
• Small radius path to cut a hole or step hole, various curved cavity shapes on di erent materials.
7-LEADERS CORP.
製品の説明 :
Multipurpose End Mills with Corner Radius- 4 Flutes
Using UMG carbide material enable to enhance lubrication and wear resistance.
Effectively decrease the vibration by various helix geometry and unequal flutes designs.
Big chip breaker is designed to reach high removal rate for various work materials.
Cutting edge with corner radius design and nano multilayer coating AlCrN are suitable for carbon steel, alloy steel and stainless steel with impurities and sticky materials.
Suitable for various kinds of work materials from the end of roughing to finishing.
CHIN MING PRECISION TOOLS CO., LTD.
製品の説明 :
★ Productivity- High feed rates with axial depth of cut up to 1mm.
★ High Feed Milling- Increase chip removal capability and productivity.
★ Low cutting resistance and outstanding anti-vibration for high efficiency milling.
★ Taiwan self-made low friction coefficient inserts feature excellent chip disposal.
★ Diameter 16~100mm are offered, for all components and mold high feed machining.
DEEP JET INDUSTRY CO., LTD.
製品の説明 :
1. Use in high speed machining and hard workpiece machining. It improves the quality and machining speed which is the best choice for precision processing.
◆Carbide Asymmetric Corner Radius End Mill (Steel)-Asymmetric helix angle 40º/42º and unequal flute design to effectively reduce the vibration rate and increase the tool's stability.
◆Carbide Asymmetric End Mill (Aluminum)- Reinforced asymmetric 50/50.5/51 and unequal flute design to effectively reduce the vibration rate and increase the tool's stability. This makes the surface smoother.
◆Carbide Asymmetric End Mill (Steel)-Reinforced asymmetric 36º/38 º design with special grinding technique to reach better surface roughness. Avoid vibration problem during machining and increase tool's stability.
◆Carbide Asymmetric End Mill (Aluminum)- Reinforced asymmetric 44.5º/45º/45.5º design with special grinding technique to reach better surface roughness. Avoid vibration problem during machining and increase tool's stability.
