3D Print information:
▶ Resin: 3843 xABS Black
▶ Number of pieces: 10 systems
▶ Printing time: 3h21
▶ Resolution: 100 μm
3D Printed on the Nexa3D NXE400 3D Printer.
(Via: Neofab/LinkedIn)
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How Our Industrial 3D Printers Are Different
Nexa3D provides end-to-end 3D desktop and commercial grade printing systems with confirmed workflows, software application and post-production abilities to fulfill a range of application requirements. Move your production in-house or update your additive production procedure to get the quick turn-around time and versatility you require to scale your additive production and accomplish throughput economics unreachable with conventional stereolithography (SLA) printers. When printing utilizing standard stereolithography (SLA) 3D printers, among the restricting aspects is the delamination forces throughout printing. As soon as layers are included throughout the printing procedure, they tend to be really delicate and conscious peeling forces, which is why SLA printers print at low speed, so as not to endanger the print structure throughout the printing procedure.
Our printers are various, because they utilize a trademarked Lubricant Sublayer Photo-curing (LSPc) procedure that has a self-lubricated membrane making it possible for ultrafast printing from a couple of various angles. What our self-lubricated membrane does is get rid of the forces in between the part being printed, which remains in green state, and the develop location. The resin, which is a thick product, requires to move into the printed location to be able to print the next layer. The versatile membrane indicates we can resolve the concern of resin replenishment, which is unaddressable with other SLA strategies. This is due to the fact that the membrane, thanks to its versatility, assists to propagate the resin to every location of the print platform, allowing faster printing speeds than other SLA printers.
Who We Are
We are a group of enthusiastic additive production professionals that are devoted to digitizing the world’s supply chain sustainably.
We make the world’s fastest polymer 3D printers available to experts and services of all sizes. Our cutting-edge innovation is shattering conventional 3D printing performance barriers and opening the aperture of additive products.
Our printers take existing additive production speeds from ‘dialup web’ to ‘broadband’ printing and can continually printing at speeds of as much as 8 litters per hour. This represents approximately 20 x performance gains over all existing state additive items and is similar just to injection molding economics– existing supply chain intricacies, extended lead-times and the considerable expenses normally connected with tooled plastics.
Cutting Edge Technology
We crafted from the ground up 2 brand-new print engines that are developed for high speed production applications; Lubricant Sublayer Photo-curing (LSPc) for photoplastics print engine and Quantum Laser Sintering (QLS) print engine for thermoplastics.
Beyond our game-changing hardware developments, we are coding the interaction in between chemistry, procedure and speed at scale. Our Digital Twin Printing (DTP) software application opens brand-new product residential or commercial properties and guarantees procedure stability, greater yields and efficiency.
Our Partners
We think the very best method to move the additive production market forward is to interact with our product partners to innovate and establish a consistent stream of high efficiency 3D printing products. To equalize access to production polymers, we formed collaborations with first-rate product providers consisting of Henkel, BASF, DSM and Evonik. Together we are opening the complete capacity of efficiency polymers that are attending to a wider series of commercial and medical prototyping and production utilize cases.
Environmental Focus
We are deeply devoted to sustainability. We use circular economy concepts in every stage of our style and shipment procedure by carefully determining and enhancing on what matters: decreasing procedure waste, minimizing energy intake per part and dealing with our clients to lower their total carbon footprint.
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