Examples of using Material utilization in English and their translations into Romanian
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Better material utilization.
Automatic cutting ensures high material utilization.
High material utilization rate.
A variety of graphic mixed nesting to maximize material utilization.
Aerchs offers optimized material utilization, accurate accuracy, and imaginable repeating of various types of cutting work.
Use professional nesting software to increase material utilization by at least 7%.
The material utilization rate of general forgings is only 10% to 15%, and the material utilization rate of general castings is 45%.
Nesting editing software- Maximizing material utilization and cutting efficiency;
Zigzag NC servo Feeder is designed to for circle blanking line,with high efficient processing and save material utilization function.
Compared with traditional nesting method, material utilization ratio can be increased by 12%.
Here the laser cutting system offers many advantages as for example immediately sealed cutting edges, no fringe,almost no dust and an optimal material utilization.
One of the biggest drawbacks of such targets is that the material utilization rate is only 25% to 30%.
Features: It has the advantages of Simple process and low cost, but the obvious is stress concentration, great brittleness, poor toughness,low rate of material utilization.
With the right tips,you can achieve better material utilization and always choose the right manufacturing method.
In addition to automated cutting,it has high cutting precision, high material utilization and….
More commonly, our engineers design for optimum performance, material utilization or to accommodate a special requirement demanded by the application or assembly process.
When developing products,energy use is factored into the equation through material utilization and water load.
Since there is no need for support,there is no need to add a base, and the material utilization rate is the highest among several common 3D printing technologies, and the price is relatively cheap.
GOLDEN LASER's airbag-cutting solutions respond to the proliferation and diversification of airbags required by new safety standards to achieve high-speed, high efficiency,saving labor and improving material utilization.
The process can obtain near-net indium processed parts of titanium, and the material utilization rate is more than 80%, which reduces the material consumption and reduces the cutting work.
When the powder metallurgy technology is used to form titanium andtitanium alloy parts, the material utilization rate can almost reach 100%.
Compared with the traditional different types of cutting methods(manual, knife cutting or punching), laser has the obvious advantages of faster speed,maximizing material utilization, non-contact processing to reduce surface damage of leather materials, saving labor and reducing waste.
This forging process is easy to cause cracking, and the limitation of processing equipment andforging pressure ratio leads to material utilization rate only up to 24-36% from ingot to final product.
Compared with the traditional different types of cutting methods(manual, knife cutting or punching), laser has the obvious advantages of faster speed,maximizing material utilization, non-contact processing to reduce surface damage of leather materials, saving labor and reducing waste.
According to the deputy chief designer of the Shenyang aircraft design and research Wang Xiangming, titanium alloy to 400 thousand to 500 thousand yuan a ton,while the traditional process of the material utilization rate of less than 10%, such as casting titanium alloy U.S. F-22 fighter the main load-bearing components, 95% of raw materials will be cut off as scrap.
By assembling a controllable magnet in a seamless pipe(tubular target) of a certain size, the surface of the sputtering target can be free from dead angles, and the surface self-consumption process is relatively uniform,which can increase the material utilization rate to 70.% or even higher, even if the manufacturing cost of the tubular target itself is increased, it is more than one-third lower than the cost of the plate target.
High utilization of material.
Benefits include low tooling costs and optimal utilization of material by use of standard tooling for different profiles.
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