Monday, March 12, 2012

The screen with the help of laser pointer with remote control

This reduces the temperature difference between powder feeding cylinder and the working cylinder forming materials, reduce heating and other auxiliary time and improve work efficiency, and at the same time can reduce the warpage of parts. The temperature of the working environment to achieve closed-loop control, in real time to accurately control the temperature of the working environment. Machine rigidity, overall welded structure, surface aging treatment and grinding, to ensure the accuracy of machine and operating performance. All the software of the system by the company's own research and development, with independent intellectual property rights, my company's software has the following unique features: unique fault-tolerant slices of the STL file without the need to reprovision the correction software and manual correction.   green laser pointer  with remote control can help with the e-teaching.
Adaptive slicing function: that does not change the part of the part sliced cross-section, the computer automatically sets the larger spacing to improve production efficiency; Part slice cross-section changes in large part, the computer automatically sets the smaller the spacing, to reduce the stairs effect, improve part quality . Under the premise of ensuring part quality, significantly increase productivity. Zoning change to the scan. Improve forming efficiency while reducing the warpage amount. The new STL file compressed data storage, compressed to 1/2 ~ 1/3 the size of the STL file. Prototype production of the dynamic simulation. Can suitable for different uses high-performance, low-cost, non-toxic and harmless to the polymer powder materials. The user doesn’t need to walk towards the screen with the help of   laser pointer   with remote control .
Laser powder sintering rapid prototyping technology cost analysis. The use of equipment costs. HRPS-IV laser rapid prototyping system run time of 72,000 hours (20 hours / day x 30 days / month x 12 month / year x 10 years = 72000 hours), the price of 98 million yuan of equipment prices, during operation (10 years) maintenance costs of 500,000 yuan (50,000 yuan / year x 10 years = 500,000 yuan), then the hourly cost of the equipment for 34.58 yuan ( +50 million yuan (980,000 yuan) ÷ 72000 hours = 20.56 yuan / hour). Therefore, the use of equipment costs may be taken as 20.56 yuan / hour. The teacher can use  green laser pointer  with remote control in the corner in a classroom.
Note: The above costs are HRPS-V device to work state parameter data calculation from the maximum efficiency does not mean extreme conditions. Material consumption in the normal use of equipment will not be long-term maintenance per hour consumption. HRPS-IV equipment, the total power of about 10kw, normal operation, when the average power of about 30% of the total power, so the actual power consumption is about 3kw / hour. HRPS-V devices total power of about 20kw, normal operation, when the average power of about 30% of the total power, so the actual power consumption is about 6kw / hour. YAG laser texturing technology and equipment Introduction. Users can obtain fantastic convenience with    green laser    with remote control.
In order to produce high-quality cold-rolled sheet, high-quality coated board, companies need to work roll surface for hair treatment. Roll texturing, shot peening, but it is difficult to precisely control the surface morphology and roughness of the roll, To solve this problem, Institute of Mechanics Institute in 1994 successfully developed the technology and equipment of the YAG laser texturing roll Currently the technology has been applied in more than 10 enterprises in China has created billions of dollars in economic benefits for the enterprise to make a positive contribution to our cold-rolled strip products to enhance the level. The technology in 2007 was named to the National Science and Technology Invention. Many additional functions are integrated in  china laser pointer  with remote control.

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