Drilling process for deep hole machining for hard material

A kind of technology and hard material technology, applied in the field of drilling technology, can solve the problems of not being able to guarantee the accuracy of deep holes, increase the cost of manual processing, and the loss of drill parts, so as to avoid the collapse of the drill bit, omit the winding process, and improve the processing speed Effect

Active Publication Date: 2017-12-01
NINGBO HUIWANG MACHINERY
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AI Technical Summary

Problems solved by technology

[0002] Hole processing is very common in the mold manufacturing industry. In the process of deep hole processing, it needs to go through: drawing analysis—deep hole programming—deep hole processing—slow wire programming—slow wire cutting—slow wire repairing. A series of processes, this process consumes a lot of processing time, and each perforated fixed part takes about 30 minutes. At the same time, due to the loss of parts such as drill bits during processing, the processing cost is greatly increased. At the same time, the processing also

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  • Drilling process for deep hole machining for hard material

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[0019] Example

[0020] In the early stage of the process, we used to drill directly on the hard material surface, and the hole center was inaccurately deviated during actual processing;

[0021] Later, the plan was improved: a centering drill was used to pre-drill the center of the hole, and then a drill was used to drill the hole. The centering drill played a role in guiding the drill to locate the hole center, and the effect was obviously improved:

[0022] A. Use a center drill to pre-drill the core 2mm;

[0023] B. Use a drill bit to punch holes, and then punch out the workpiece every 6mm to facilitate chip removal and protect the drill bit;

[0024] C. Do not pierce through the drill bit, reserve 6mm on the bottom surface before piercing;

[0025] D. Finally, a separate program is directly punched through the hole;

[0026] The loss of the drill bit during solid drilling is not large, and the drill bit is easily damaged during drilling. This method can avoid such phenomena.

[0027] ...

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Abstract

The invention relates to a drilling process for deep hole machining for a hard material. A pre-drilling process is carried out at first, a pre-drilling bit is chosen to carry out pre-drilling on hole positions of a product, and during a pre-drilling process, tool setting is carried out at first, a pre-drilled hole with a depth of 0.5mm is machined for all the hole positions after the tool setting, foundations of the machined hole positions are moved by 0.5mm up and down after the operation is completed, the operation is repeated for many times, depths of 1-4mm, of the pre-drilled holes, are guaranteed, and pre-drilling operation is completed. The drilling process disclosed by the invention has the characteristics of avoiding breakage of the drilling bit, reducing a wear degree of the drilling bit and then lowering a production cost, omitting a wire wrapping process and then greatly increasing a machining speed of drilling, avoiding different hole diameters and then ensuring accuracy of the product, avoiding offset of the hole positions, and reducing consumption of the drilling bit and then prolonging the service life of the drilling bit, and the like.

Description

technical field [0001] The invention relates to the technical field of deep hole processing, in particular to a drilling process for deep hole processing of hard materials. Background technique [0002] Hole processing is very common in the mold manufacturing industry. In the process of deep hole processing, it needs to go through: drawing analysis—deep hole programming—deep hole processing—slow wire programming—slow wire cutting—slow wire repairing. A series of processes, this process consumes a lot of processing time, and each perforated fixed part takes about 30 minutes. At the same time, due to the loss of parts such as drill bits during processing, the processing cost is greatly increased. At the same time, the processing also requires Workers can only complete it manually and in cooperation with other processes. This processing method seriously affects production efficiency and increases the cost of manual processing. In order to solve this problem, ordinary mold facto...

Claims

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Application Information

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IPC IPC(8): B23B35/00B23B41/02
CPCB23B35/00B23B41/02
Inventor 金辉邓杨全产忠保
Owner NINGBO HUIWANG MACHINERY
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