机床刀具钨钢合金回收

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刀头刀粒回收两种利用的方式

发布时间:2021-03-30 17:00:37 来源:http://www.jnskdj.com 作者:骏豪 浏览量:

数控刀头刀粒回收工作部分的结构有整体式、焊接式和机械夹固式三种。整体结构是在刀体上做出切削刃;焊接结构是把刀片钎焊到钢的刀体上;机械夹固结构又有两种,一种是把刀片夹固在刀体上,另一种是把钎焊好的刀头夹固在刀体上。

There are three kinds of structure of the tool grain recovery part of CNC cutter head: integral type, welding type and mechanical clamping type. The overall structure is to make the cutting edge on the cutter body; the welding structure is to braze the blade to the steel cutter body; there are two mechanical clamping structures, one is to clamp the blade on the cutter body, the other is to clamp the brazed cutter head on the cutter body.

使得切屑不再缠绕在工件周围。加工无需再因人工去除长的缠绕屑而停机。常规冷却。切屑会冷却液到达切削区域的前刀面;高压冷却,冷却液能直达刀片前刀面与切屑之间的切削区域。

The chip is no longer wound around the workpiece. There is no need to stop the machine for manual removal of long winding chips. Conventional cooling. The chip coolant will reach the rake face of the cutting area; high pressure cooling, the coolant can reach the cutting area between the blade rake face and the chip.

刀头刀粒回收两种利用的方式(图1)

这刀具寿命,并使得加工更可靠,而金属加工领域客户对缩短切削加工周期,加工可靠性及更高刀具寿命的追求。促进了高压冷却刀具应用的日益广泛,伊斯卡JHP高压冷却系列刀具,不仅兼备上述优点,而且冷却液喷口与刀片切削刃距离更近,这带来以下诸多好处,加工周期更短加工钛合金及耐热合金时,切削速度可提升200%。

This improves tool life and makes machining more reliable, while customers in the field of metal processing pursue shorter machining cycle, higher machining reliability and tool life. It promotes the application of high-pressure cooling tools more and more widely. Iska jhp high-pressure cooling series tools not only have the above advantages, but also have a closer distance between the coolant nozzle and the cutting edge of the blade, which brings many advantages, such as shorter processing cycle, cutting speed can be increased by 200% when machining titanium alloy and heat-resistant alloy.

模块化润滑系统,为了找到的小量冷却润滑材料。即首先通过活性添加剂进行。为此,研发工程师们按照5种基本活性添加剂组别展开了工作。

Modular lubrication system, in order to find a small amount of cooling lubricating material. That is to say, it is first carried out by active additives. To this end, the R & D engineers started their work according to five basic active additive groups.

(1)磨损防护添加剂(AW)通过与抗变形的金属表面涂层材料反应而避免刀具的磨损

(1) Wear protection additive (AW) can avoid tool wear by reacting with anti deformation metal surface coating material

(2)耐高压添加剂材料(EP)在高压和高温下降低刀具与被切削金属表面之间的微观磨损。

(2) High pressure resistant additive material (EP) can reduce the micro wear between tool and metal surface under high pressure and high temperature.

(3)降低系数的添加剂(FM)降低金属相互接触表面的系数,热负荷, ,(4)氧化抑制剂冷却润滑液因为氧化而固化和去氧极化形成酸性物质,

(3) The coefficient reducing additive (FM) reduces the coefficient and heat load of the metal contact surface, (4) the oxidation inhibitor cools and lubricates the liquid to solidify and deoxidize to form acid substance due to oxidation,

(5)防腐剂通过在金属表面形成保护膜。防止酸和氧的侵入。

(5) Preservatives form a protective film on the metal surface. Prevent the invasion of acid and oxygen.