CN104324493A

CN104324493A - Golf club production method

Info

Publication number: CN104324493A
Application number: CN201410517760.XA
Authority: CN
Inventors: 王文禄
Original assignee: Individual
Current assignee: Individual
Priority date: 2014-09-30
Filing date: 2014-09-30
Publication date: 2015-02-04

Abstract

The invention discloses a golf club production method, which sequentially includes: (Step 1) computer-aided design software is used for drawing a three-dimensional structure model of a needed golf club product, the three-dimensional structure model is inputted into a 3D (three-dimensional) printer, and the 3D printer is used for printing powdery main club material and powdery surface material into a golf club billet; (Step 2) the golf club billet is heated and cooled, so that a golf club is almost formed; (Step 3) the golf club which is almost formed is post-machined correspondingly, so that the finished golf club is obtained. The golf club production method can be used for quickly producing finished products according to needed designs, so that the development cycle of products can be shortened greatly, moreover, the designs of golf clubs can be flexibly customized according to different requirements, furthermore, the technique is simple, the process can be effectively simplified, machining tools are saved, meanwhile, produced finished products are exquisite, the production efficiency and the yield are high, and the production cost is reduced greatly.

Description

A kind of golf clubs preparation method

Technical field

The present invention relates to a kind of golf clubs preparation method.

Background technology

Golf is a kind of time-honored motion, golf culture has become modern science fitness campaign, the commercial use of golf is also very extensive, except moving, that lives is upper, also play an important role in the development of science and technology, and the manufacture craft of existing golf clubs product is generally forging or casting two kinds of modes, Forging Technology needs to carry out a large amount of manufacturing procedures in process of production, club precision is higher, number of times and the requirement of operation are also higher, casting technique then needs that metal material is melted liquid and is poured into die for molding, carry out aft-loaded airfoil again, these two kinds of processes are all comparatively applicable to the production of typical products in mass production, for the die sinking stage at initial stage, or the situation that batch is less, cost is all very high.

Because golf is a kind of to people and the very high motion of technical requirement, sportsman not only will accomplish that when swinging whole body is coordinated, but also to landform be coordinated, the multinomial key elements such as self-condition and batting target swing, therefore, for the condition of different motion person, with different impacts, the golf clubs of existing many variety classeses and number number, best level has been given play to allow sportsman, but, existing many golf clubs are not generally accurately for made by each sportsman, therefore not improve ground and carry out the customized of club in response to everyone situation and demand, some are had to professional athlete or the specific demand person of demand, the golf clubs that prior art makes is difficult to meet its requirement, and the production cost of golf clubs is very high.

Summary of the invention

In order to overcome the deficiencies in the prior art, the invention provides a kind of golf clubs preparation method, its application 3D printing technique, technique is simple, produce and finished product efficiency high, can production cost be reduced, while can carry out the customized flexibly of club.

The technical solution adopted for the present invention to solve the technical problems is:

A kind of golf clubs preparation method, in turn includes the following steps:

Step one, use computer aided design software to draw want the 3 d structure model of golf clubs product, described 3 d structure model is input to 3D printer, uses 3D printer that pulverous club body material and pulverous face materials are printed as golf clubs base substrate;

Step 2, heat-treats golf clubs base substrate, cools, golf clubs basic forming;

Step 3, carries out corresponding post-production to the golf clubs of basic forming, obtains golf clubs finished product.

As the improvement of technique scheme, according to design needs or the design feature of golf clubs, adoptable described Powdered club body material and Powdered face materials material include: titanium 15333,6-4 titanium, SP700 titanium alloy, GAT55, S20C, S25C, S15C, S45C, 8620 carbon steels, block this special steel, stainless steel 303,304, the body material adopting titanium 15333 is titanium 15333 material powder, or the mixture of titanium 15333 material powder and other metal dusts, the body material adopting S25C is S25C metal dust.

As a kind of technical scheme, in described step 2, adopt the golf clubs base substrate of titanium 15333 to carry out vacuum heat, Gu melting temperatur is set as 780 DEG C, then do timeliness 550 DEG C, after 12 hours, in stove, be down to normal temperature with nitrogen protection.

As another kind of technical scheme, in described step 2, the heat treatment mode of the golf clubs base substrate of SP700 titanium alloy is adopted to be: admittedly molten setting 830 DEG C, timeliness 500 DEG C, nitrogen protection be down to normal temperature in stove after 12 hours.

As the one of technique scheme, in described step one, described golf clubs base substrate is one-body molded by 3D printer.

Another kind, in described step one, described 3D printer prints each parts respectively, then parts are welded into base substrate, and 3D printer is replanted into different face materials after printing club main body.

Further, in described step 3, according to different golf clubs products, adopt different post-production, adoptable post-production mode includes PVD plating, and QBQ electroplates, and molybdenum chromium is electroplated, and sprays paint.

Further, described 3D printer adopts Selective Laser Sintering.

The invention has the beneficial effects as follows: 3D printing technique is applied on golf clubs product by this golf clubs preparation method, finished product can be manufactured and designed fast needed for basis, thus greatly shorten the lead time of product, and carry out the customized design of club very neatly in response to different demand, and technique is simple, effectively can reduce operation, save machining tool, simultaneously make finished product meticulous, production efficiency and yield rate high, greatly reduce production cost.

Detailed description of the invention

A kind of golf clubs preparation method, in turn includes the following steps:

Step one, the computer of independent computer or 3D printer configuration uses computer aided design software to draw want the 3 d structure model of golf clubs product, described 3 d structure model is input to 3D printer, use 3D printer that pulverous club body material and pulverous face materials are printed as golf clubs base substrate, the printing technique that 3D printer uses can be fused glass pellet technology, stereolithography technology or other;

Step 2, heat-treats golf clubs base substrate, cools, golf clubs basic forming;

Step 3, according to the different designs of golf clubs product, then carries out corresponding post-production to the golf clubs of basic forming, obtains golf clubs finished product.

According to design needs or the design feature of golf clubs, adoptable described Powdered club body material and Powdered face materials material include: titanium 15333, 6-4 titanium or SP700 titanium alloy, also has iron, the GAT55 that chipping and push rod are commonly used, S20C, S25C, S15C, S45C, 8620 carbon steels, block this special steel, stainless steel 303, 304 etc., according to the selection of golf clubs material of main part, the body material adopting titanium 15333 is titanium 15333 material powder, or the mixture of titanium 15333 material powder and other metal dusts, the body material adopting S25C is S25C metal dust, in like manner other metal materials is its metal material powder, different materials is selected in response to the difference that will make golf clubs.

As the improvement of above-mentioned embodiment, in order to adjust the structure of metal inside molecule, thus improve its ductile strength, need to heat-treat base substrate, the club main body wherein adopting 6-4 titanium to make and the scope of attack, do not need to heat-treat, and titanium 15333, SP700 titanium alloy, beta titanium and other metal material all need to heat-treat, due to the inner molecular structure difference of often kind of metal material, therefore respective heat treatment method is also different, and, if club main body exists welding bead, also need after heat-treating to carry out electromagnetism adjustment interior molecules.

In described step 2, wherein a kind of concrete mode, adopts the golf clubs base substrate of titanium 15333 to carry out vacuum heat, Gu melting temperatur is set as 780 DEG C, then does timeliness 550 DEG C, after 12 hours, in stove, is down to normal temperature with nitrogen protection.

In described step 2, another kind of concrete mode, adopts the heat treatment mode of the golf clubs base substrate of SP700 titanium alloy to be: admittedly molten setting 830 DEG C, timeliness 500 DEG C, nitrogen protection be down to normal temperature in stove after 12 hours.

In described step one, described golf clubs base substrate is one-body molded by 3D printer, also each parts can be printed respectively by 3D printer, again parts are welded into base substrate, 3D printer is implantable different face materials after printing club main body, and the golf clubs product that it can make comprises golf clubs and the golf clubs accessories such as a wood, iron, hophornbeam bar, alley wood.

Further, preferably, described 3D printer uses Selective Laser Sintering.

Thus, by above-mentioned manufacturing process, can according to the cue power of each user, health stance, habitual actions etc. and the relation of impact golf, find out the best glof club head of this player applicable use and the shape of club, thus adopt computer analyzing to set up the personnalité mathematical model of tool, for different users customized go out unique golf clubs, and club production precision is high, reduces production cost well.

The above, just better embodiment of the present invention, but the present invention is not limited to above-described embodiment, as long as it reaches technique effect of the present invention with any same or similar means, all should fall within protection scope of the present invention.

Claims

1. a golf clubs preparation method, it is characterized in that in turn including the following steps: step one, use computer aided design software to draw want the 3 d structure model of golf clubs product, described 3 d structure model is input to 3D printer, uses 3D printer that pulverous club body material and pulverous face materials are printed as golf clubs base substrate; Step 2, heat-treats golf clubs base substrate, cools, golf clubs basic forming; Step 3, carries out corresponding post-production to the golf clubs of basic forming, obtains golf clubs finished product.

2. a kind of golf clubs preparation method according to claim 1, it is characterized in that: according to design needs or the design feature of golf clubs, adoptable described Powdered club body material and Powdered face materials material include: titanium 15333, 6-4 titanium, SP700 titanium alloy, GAT55, S20C, S25C, S15C, S45C, 8620 carbon steels, block this special steel, stainless steel 303, 304, the body material adopting titanium 15333 is titanium 15333 material powder, or the mixture of titanium 15333 material powder and other metal dusts, the body material adopting S25C is S25C metal dust.

3. a kind of golf clubs preparation method according to claim 2; it is characterized in that: in described step 2; the golf clubs base substrate of titanium 15333 is adopted to carry out vacuum heat; Gu melting temperatur is set as 780 DEG C; do timeliness 550 DEG C again; after 12 hours, in stove, be down to normal temperature with nitrogen protection.

4. a kind of golf clubs preparation method according to claim 2; it is characterized in that: in described step 2; the heat treatment mode of the golf clubs base substrate of SP700 titanium alloy is adopted to be: admittedly molten setting 830 DEG C, timeliness 500 DEG C, nitrogen protection be down to normal temperature in stove after 12 hours.

5. a kind of golf clubs preparation method according to claim 1, is characterized in that: in described step one, and described golf clubs base substrate is one-body molded by 3D printer.

6. a kind of golf clubs preparation method according to claim 1, is characterized in that: in described step one, and described 3D printer prints each parts respectively, then parts are welded into base substrate.

7. a kind of golf clubs preparation method according to claim 1, is characterized in that: in described step 3, according to different golf clubs products, adopt different post-production, adoptable post-production mode includes PVD plating, and QBQ electroplates, molybdenum chromium is electroplated, and sprays paint.

8. a kind of golf clubs preparation method according to claim 1, is characterized in that: described 3D printer adopts Selective Laser Sintering.