Mobile Type LED Operating Light
Germany imported beads
Imported French lens
mould Die-casting Eight edge type Revolving arm
Optional emergency power supply≥3 hours
Product features:
1.Ideal cold light effects.
Using the new LED cold light source, energy saving and environmental protection and long service life up to 80,000hours or more. Temperature increase over surgeon`s head < 1℃.
LED do not engender infrared ray and ultraviolet radiation, it doesn`t have the temperature rise and tissue damage caused by halogen shadowless light, can accelerate the wound healing after surgery, and has no Radiation pollution.
LED color temperature constant, soft, very close to the natural sun light.
2.Excellent shadowless effect
Lamp with the most scientific radian,Multi point light source design, so that more fullness of the light spot,When the lamps are partially occluded, also can achieve perfect shadowless effect.
Lamp panel radius of gyration: ≥182cm, the lamp can be pulled to vertical floor, convenient to any angle illumination.
3.Excellent deep lighting
4.Advanced control system
The use of liquid crystal display button control, to meet the needs of the medical staff of different patients with the brightness of the operation.
It offers illuminance memory function.
5.Universal suspension system
Rotating arm, a new type of alloy material is made of eight edge type.
Balanced system using imported arm module, more than 5 group universal joints, every cantilever must has more than 3 joints which can be rotated in 360°, The structure is light, easy to manipulate, accurate positioning, can provide the maximum range of regulation.
The equipped with fatigue correcting unit and fix position hand handle device, easy to fix position after long time use.
6.Modern laminar lamp
The thickest part of lamp-chimney is not more than 10cm.
The lamp-chimney is made of ABS, The handle on the central of lamp can be detachable, can take high temperature (≤ 134°C) sterilization treatment, easily adjust, flexible fixed.
Mobile Type LED Operating Light,Mobile Operating Light,Mobile LED Surgical Light,Movable LED Operating Lamp Shandong qufu healthyou Medical Technology co.,Ltd , https://www.kangerjian-medical.com
3D printing is undoubtedly one of the hot topics at this stage. From the initial concept to today's industrial application, 3D printing is breaking away from various constraints, bringing an "armed revolution" to product development: some printers such as RepRapPro and 3DSystems have broken the high cost of traditional 3D printers. Price skylights; and the booming 3D printing market has also turned competition into a power to reduce raw material costs; for the tensile strength problem of low-end plastic 3D printing components, RepRapPro director Adrian Bowyer said 3D printing using ABS and PLA printing The strength of the parts is close to two-thirds of that of the injection molded parts. These 3D printed products generally have a honeycomb-like internal structure, similar to the I-beam cross-section concept commonly used in the construction industry, which gives them a lightweight weight while still having Sufficient for most applications. We can see from this that the obstacles to the development of 3D printing are slowly disappearing with the passage of time and advances in technology. 3D printing technology will become an important production tool, playing a role in various industries, just as it is now The same is widely used in the field:
Rapid prototyping In the past few years, the real area where 3D printing has really taken off is the rapid prototyping process in product design and development. Although the CAD software is very mature, it still does not provide the designer with a tangible and tangible experience. Therefore, more and more companies are adopting 3D technology as the design and testing of new concepts, which not only shortens the production time of prototype products from several months to several hours, but also greatly speeds up the time-to-market of products and significantly increases product design. flexibility.
At present, rapid prototyping of 3D printing has been widely used in automobile tire manufacturing, and Korean Hantai tire is a successful model. With the help of 3D printers, Hankook Tire can produce a physical model that matches the CAD design in just seven or eight hours, avoiding the high cost and long cycle that was previously hand-crafted by the contractor, while also effectively improving The security of designing data assets.
Another major area of ​​application for architectural 3D printing is in the field of architecture. The construction of the model is extremely important for the presentation of the architectural design. Architects generally prefer an abstract colorless design that is well suited for cost-effective 3D printers. Making a traditional architectural model from lightweight wood or other materials is a time-consuming and laborious process, so using a 3D-CAD system to produce the model directly means that the architect can make a new design while printing the previous design. The city of Stockholm used 3D printing to create a stadium model with 30,000 seats. The model fits almost all the details of the designer's 3D digital model. It contains 7,400 detailed seats in a 1.2Mx1.2M stadium. Chairs, each with a width of only 4 mm.
Health care 3D printing technology has also "touched" into the dental field. 3DSystems recently released a new micro-SLA3D printer, the Projet1200, which can quickly produce tiny and fine parts at a very low cost. This printer can be used to make "wax type" dental molds, which are often used to make crowns and teeth. On the market side, metal teeth and ceramic teeth can be printed directly on more expensive 3D printers, such as metal direct sintering systems. In the future, 3D printers can be used not only for the manufacture of durable dentures, but also for training or the detection of deformed teeth.
In other medical fields, 3D printing has been applied to orthopedics and the production of highly customized artificial prostheses. 3DSystems' printers have even been used for human facial reconstruction, and the South Carolina-based "Surgical Reconstruction Technology Application Center (CARTIS)" is now using 3D Systems' printers.
Research For scientific research, the use of specific experimental tools or equipment in research and engineering design is critical. Whether it's tens of billions of dollars for research projects that look at elementary particles and the nature of the universe, or biological research in small laboratories, research institutions are untapped, and the tools they need often require Customized." Most research or engineering laboratories now work with factories that can produce things using traditional tools. However, sometimes only one or two pieces of tools will inevitably waste money and effort. At this time, 3D printing becomes an ideal choice.
The above statement is only a small part of the industry application of 3D printing. With the continuous decline of hardware prices and the maturity of 3D printing technology, more easy-to-use 3D printers will appear in the market: from RS Europe The affordable 3D printing device, to RepRapPro's Ormerod3D self-replicating printer, to 3DSystems' Cube and CubeX series products, 3D printing will bring more immeasurable wealth to people with more advantages. 
Another major area of ​​application for 3D printing is in the field of architecture.
Introduction: 3D printing is undoubtedly one of the hot topics at this stage. From the concept of the beginning to the industrial application of today, 3D printing is jumping off all kinds of constraints, bringing an "armed revolution" to the field of product research and development.