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Laser pointer applications in the industry


The LT8.20 Laser Pointer Laser Tube Cutting Machine has a maximum diameter of 9.5 inches and a maximum bar weight of 27 lbs / ft.
Laser pointer:
For potential laser tube cutting users, they prefer to choose the laser source, loader / unloader style, and peripheral location to maximize floor space. It can handle cutting diameters up to 9.5 inches and rod weights up to 27 lb / ft. The system features a 45 degree 3D tilt cutting head to perform precision angular cutting of circles, squares, triangles, L-beams and other special shapes to perform and access complex cutting patterns. You can reach difficult positions and perform welding preparations for cutting. Thick tube. The laser pointer system can be equipped with a 3.5 kW CO 2 green laser pointer laser light source for cutting mild steel, stainless steel, certain aluminum alloys, or a 3 or 4 kW fiber laser, high reflectance materials such as copper and brass. Can also be disconnected.
Green laser pointer:
And galvanized steel. Users have the flexibility of loading and unloading systems such as step loaders, single rod loaders and strap machines. These loaders can be placed in front of or behind the machine, depending on the available space. For unloading, the user can choose between standard short parts and scrap unloaders. Supply and unload line support arms and workbenches continuously support the movement of the bar during processing, thereby reducing shaft tube deformation and improving processing accuracy. By installing a chain loader on the front to configure the system, you can reduce the footprint of the system by 20% and load and unload from the same side. Laser pointers can be used to ward off pests, birds and other animals in oil fields. In particular, laser pointers can be used to repel crows.
Crow repulsion:
The laser pointer system uses the company's active technology, which can be dynamically adjusted to provide the highest productivity and quality. The BLMelements integrated software suite combines design, programming, simulation, and multi-machine production management.
Blue laser pointer:
Battery cell frames are manufactured using laser sintering technology and blue laser pointer tests are performed on racing car prototypes and production battery packs
The R & D division of the Energica Motor Company (Modena, Italy) is continually researching new pouch batteries on the market and evaluating their use in industrial production. 3D printing supplier CRP Technology (also Modena) is an integrator of rapid prototyping laser pointer manufacturing and 3D printing processes, supporting Energica (Italy's first supersport electric motorcycle manufacturer) for the development and manufacture of battery cells. I will. Bag frame. Battery frames are manufactured using laser sintering technology and tested on racing car prototypes and mass-produced battery packs. For testing purposes, Energica has decided to provide a peripheral box for each bag cell to provide support and reinforcement. The outer casing of each pouch battery is made of high performance material with excellent mechanical properties and must use advanced technology to meet the company's requirements. For these reasons, they rely on the use of selective purple laser pointer sintering technology and Windform FR2 CRP technology. WindformFR2 is a high performance composite material for additive manufacturing with flame retardancy and fiberglass reinforcement.
Purple laser pointer:
"Functional prototypes of the pouch battery housing have been created for a variety of tests (including road tests). Laser pointers with specific properties such as polyamide-based materials, electrical insulation, rigidity, heat resistance and flame retardancy. It's clear that we need to use materials. Sex. " Franco Sebolini, Chief Technology Officer and Vice President of CRP Technology, said. Windform FR2 was chosen because it is the only material on the market with all these properties. In terms of mechanical, electrical and thermal properties, in a very short period of time, its excellent and very promising result is the ability to run all tests with the battery prototype and the required test protocol.
Red laser pointer:
Japan's Industrial Lasers and Systems: Status of Industrial Red Laser Pointer Systems in Countries with a Declining Working-age Population
Japan's population peaked in December 2004, reaching 128.4 million. As of December 2019, the current population is 121.5 million. As of July 2019, the working population between the ages of 15 and 64 was 75.18 million, a decrease of 0.52% from the previous year. By 2050, Japan's working-age population is expected to decline by about 34.4% to 49.3 million. Table of trends in Japan's quarterly gross domestic product (GDP, actual data, seasonally adjusted) since 2007 calendar year and annual GDP growth rate. Although the working-age population mentioned above is declining, Japan's GDP has been steadily growing since 2012, but the average annual growth rate is about 1.2%, which is 6% to 6.8%, which is China's GDP in recent years. Is well below. In addition to laser types manufactured by Japanese laser pointer manufacturers (including export and local production), annual shipment trends of laser processing equipment based on imported laser processing equipment sold by overseas manufacturers in Japan. The data is from the 14th to 25th reports of Japan Laser World & Trend published by Simpo Corporation every September since 1995. The Laser Pointer Report will celebrate its 35th anniversary in 2019. The compound annual growth rate (CAGR) is 4.5%. The approval rate for laser processing equipment that uses a variety of lasers (including CO 2 lasers, fiber lasers, and solid state lasers) in addition to excimer lasers is 3.2% for excimer laser equipment (lithography and annealing). Compared to the report of the Optoelectronic Industry Technology Development Association (OITDA), Simpo's data may include overseas local production by Japanese manufacturers and sales of equipment by imported foreign manufacturers in Japan, so profits are slightly higher. There is a difference. Also, OITDA reports are based on fiscal years, and Simpo reports are based on calendar years.

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