SLA, also known as vat photopolymerization, is a method of creating 3D objects using a light-emitting device (laser or digital light processing) that illuminates and cures a liquid photopolymer resin (thermosetting plastic) layer by layer. SLA has the ability to produce fine features and provide good surface finish with minimum stair stepping effect. Several photopolymer resins can be utilized with SLA: standard (rigid, opaque), castable, and clear, as well as flexible, high temperature, and dental, among others. High-fidelity rapid prototypes for testing, verification, and design of aeroelastic airfoils have been produced with low-stiffness resins, where model similarity between prototypes was highly desired. Cabin accessories such as console control parts with functional knobs as well as full size panels, seat backs, and entry doors have been produced with SLA standard resin. Castable and high-temperature SLA resins are used to fabricate mold patterns (indirect rapid tooling) and injection molds (direct rapid tooling), respectively. Prototypes of highly-detailed, fully transparent aircraft headlights are produced with SLA clear resins.
Advantage of SLA printing
Several rapid prototype samples can be made from us ,such as gear, cup holder, juice machine accessory components ,many materials such as abs, Nylon 11,Nylon 12, silicon and other materials. We have enough capacities to support you whatever small or big volume demand. Rapid prototype parts for the quick function check, and different strength component verification. Please contact us to let us know your request.
3D Stereolithography,Stereolithography 3D Printing Service,Sla 3D Printing Service,Stereolithography 3D Printing Suzhou FCE precision electronics Co., LTD , https://www.sjfukeyifcesz.com
According to experts, currently in the field of conventional energy, new energy technologies are mainly concentrated on wind energy, solar energy, and hydropower. It is precisely because of the development of new energy that energy storage technology can provide emergency power under standby conditions and solve the power supply problem in remote island areas. Therefore, energy storage technology can be applied in all aspects of the power industry, such as power generation, transmission, distribution and use. The main advantages of vanadium batteries are their ability to discharge at high current densities, long cycle life, rapid charging, and low price relative to other energy storage devices. They are ideally suited for large static energy storage applications and can therefore be widely used in the power industry.
According to China's "New Energy Vehicle Industry Development Plan" and battery industry data calculation in recent years, lead-acid batteries, batteries for electric vehicles, and batteries for electric vehicles will total about 300 billion yuan in the market. The market size of wind power energy storage equipment and urban peak load energy storage equipment applied by vanadium batteries will be around 1100 billion yuan. Therefore, the national economic development trend has brought historic opportunities to the vanadium battery industry.
High level of details
If you need accuracy, SLA is the additive manufacturing process you need to create highly detailed prototypes
Various applications
From automotive to consumer products, many companies are using Stereolithography for rapid prototyping
Design freedom
Design-driven manufacturing allows you to produce complex geometries
"In the development of new energy technology has become a global trend, the application of vanadium batteries has become a focus of attention." Recently, information was uploaded from the China Taizhou New Energy Summit Forum: The new energy industry will enter the "vanadium battery era."