Alloy tungsten steelHSS M2 M35 M42 Straight Flute Reamer 20mm Diameter, 175mm Length
- Category: >>>
- Supplier: Henan Wogeng Machinery Equipment Co. Ltd.
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Product Overview
Description
Product Description
Specification
GUHRING NO. | 1685 | 1686 | 1675 | 1676 | |||
Standard | Guring Std. | Guhring standard | |||||
Surface | TiALN | ||||||
Machining hole tolerance | H7 | H7 | +0.005/0 | +0.005/0 | |||
Right rotary cutting | Blind Hole | Through Hole | Blind Hole | Through Hole | |||
About custom reamer
The core parameters required for custom reamer include diameter, length, number of teeth, precision grade, material and cooling method. These parameters directly affect the performance and use effect of reamer.
First of all, diameter and length are the most basic parameters. The diameter determines the size of the hole that the reamer is suitable for processing, while the length includes the total length of the reamer and the length of the working part. These parameters need to be selected according to the depth and diameter of the processed hole.
Secondly, the number of teeth is also an important parameter. The number of teeth affects the processing efficiency and surface quality. Generally, the more teeth, the higher the processing precision, but it also increases the manufacturing cost. Therefore, it is very important to choose the right number of teeth according to the processing requirements.
The precision grade ensures that the processed hole meets the specific size and shape requirements. Common precision grades include D4, H7, H8, H9, etc. Choosing the right precision grade can ensure the processing quality.
In terms of material, the commonly used materials for reamer include high-speed steel and cemented carbide. These materials have good cutting performance and wear resistance and can meet different processing requirements.
Finally, the cooling method is also one of the parameters that need to be considered when customizing reamer. Reamers can be designed with internal or external cooling to improve cutting efficiency and tool life.
First of all, diameter and length are the most basic parameters. The diameter determines the size of the hole that the reamer is suitable for processing, while the length includes the total length of the reamer and the length of the working part. These parameters need to be selected according to the depth and diameter of the processed hole.
Secondly, the number of teeth is also an important parameter. The number of teeth affects the processing efficiency and surface quality. Generally, the more teeth, the higher the processing precision, but it also increases the manufacturing cost. Therefore, it is very important to choose the right number of teeth according to the processing requirements.
The precision grade ensures that the processed hole meets the specific size and shape requirements. Common precision grades include D4, H7, H8, H9, etc. Choosing the right precision grade can ensure the processing quality.
In terms of material, the commonly used materials for reamer include high-speed steel and cemented carbide. These materials have good cutting performance and wear resistance and can meet different processing requirements.
Finally, the cooling method is also one of the parameters that need to be considered when customizing reamer. Reamers can be designed with internal or external cooling to improve cutting efficiency and tool life.
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