OEM Hypodermic Side Hole Tube

Product Specification Product Show 2, tool geometric parameters The tool geometric parameters play an important role in its cutting performance. In order to make the cutting light and smooth, the carbide tool should use a larger rake Angle to improve the tool life. In general rough machining,...

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Description

Product Specification

Product name	OEM Hypodermic Side Hole Tube
material	Aluminum Alloy, Brass, stainless steel, titanium, etc.
Surface Treatment	Anodizing, Sandblasting, Painting, Powder coating, Plating, Silk Printing, Brushing, Polishing, Laser Engraving
Machining Option	Turning, grinding, milling, welding, bending, drilling, swaging, flaring, slot-cutting, stamping, deep-drawing, capping, beveling, etc.
Tube Shape	Custom round, oval, square, rectangular
Custom feature	According to your 2D/3D Drawing or sample provided
Package	Standard carton or according to customer's requirement
Certification	ISO9001:2015, SGS

Product Show

2, tool geometric parameters

The tool geometric parameters play an important role in its cutting performance. In order to make the cutting light and smooth, the carbide tool should use a larger rake Angle to improve the tool life. In general rough machining, the front Angle is 10° ~ 20°, and the semi-finishing Angle is 15° ~ 20°; When finishing, take 20° ~ 30°. The selection of the main deflection Angle is based on 30° ~ 45° when the process system is good rigidity; If the rigidity of the process system is poor, take 60 ~ 75°, when the ratio of the length and diameter of the workpiece is more than 10 times, take 90°.

When boring stainless steel material with ceramic cutter, in most cases, ceramic cutter adopts negative rake Angle for cutting. The front Angle should be -5° ~ -12°. This is beneficial to strengthen the blade and give full play to the advantages of ceramic cutting tools with high compressive strength. The size of the back Angle directly affects the tool wear, also has an impact on the blade strength, generally choose 5° ~ 12°. The change of the main deflection Angle will affect the change of the radial and axial cutting forces as well as the cutting width and cutting thickness. Because the vibration of the process system is very unfavorable to the ceramic tool, the selection of the main deflection Angle is conducive to reducing the vibration, generally 30° ~ 75°. When CBN is used as the tool material, the tool geometric parameters are 0° ~ 10° front Angle, 12° ~ 20° rear Angle, 45° ~ 90° main Angle.

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