BOEN offers an online 3D printing process with SLA & SLS service. We're your good partner of one-stop shop with accurate,custom precised 3D printing parts for whatever the prototypes or production parts and to make the parts as fast as one-three working days.We're able to create the part using the process of SLA &SLS for the functional prototypes and end-use parts in many range of plastic material ,like PA,resin ,ABS ,Opaque PMMA with attractive price.3D print can fast help make the mould for vacuum casting service.
BOEN 3D Printing Cases
BOEN offers an online 3D printing process with SLA & SLS service. We're your good partner of one-stop shop with accurate,custom precised 3D printing parts for whatever the prototypes or production parts and to make the parts as fast as one-three working days.We're able to create the part using the process of SLA &SLS for the functional prototypes and end-use parts in many range of plastic material ,like PA,resin ,ABS ,Opaque PMMA with attractive price.3D print can fast help make the mould for vacuum casting service.
3D printing is a process of production assist by a computer.This is a materials’ addition of many successive layer to obtain a physical objects. Each of these layers can be seen as a thinly sliced cross-section of the object. BOEN use the stereolithography technology (SLA) to realise 3D printing. 3D printing is the opposite of sub-contractive manufacturing which is cutting out or hollowing out a piece of plastic with for instance a milling machine. Unlike our Sheet Metal and CNC Milling processes,3D printing is additive. Plastic is added to the design layer by layer to allow rapid creation of prototype plastic parts and end-use products. This is one of the most precise technology to produce 3D printing which enables you to produce complex shapes using less material than traditional manufacturing methods.
How Does 3D Printing Work?
The process of 3D printing SLS & SLA begins by making a graphic model of the object to be printing.These are usually designed using Computer-Aided Design(CAD) software packages,and this can be the most labor-intensive part of the process.
3D printing is the process of heating a thermoplastic and printing it layer by layer to form plastic version of a CAD model.3D printing helps the custom production industry because of the ability to produce extremely small details impossible or more expensive to produce with machining technology.3D printing is really precise tool use to produce small size piece in a limited quantity.
What Benefit you can get from 3D Printing？
If you are searching for an economical solution for your project, additive manufacturing can be the right choice.By selecting additive manufacturing, your products can make it to market at a real rapid pace.Functional integration and adaptation can be directly designed into the product,reducing the number of development cycles and allowing a product to be produced quickly at a reduced cost.It’s the good method for rapid prototyping.
Quick to market product development Lightweight parts Lower cost compared to traditional manufacturing Create custom and complex geometries Reduce model production Simple manufacturing free of complicated processes or materials
SLA
SLA technology (Stereolithography) enables complex geometries to be printed with high precision from a wide range of functional materials.
Hardening of the liquid resin with a laser beam guarantees good quality and resolution of the required designs.The liquid material will occur the photo-polymerization rapidly under the irradiation of a certain wavelength and intensity UV light,while the molecular wight increasing sharply,the material changes to solid from liquid.
As the earliest national rapid prototyping service center in China,Boen have accumulated rich experiences of SLA.We adopt the SLA from the company 3D SYSTEMS and the photo-polymer RenShapeSL7810 provided by the company HUNTSMAN from America and the fabrication precision can be up to +/-0.1mm.
It is the most precise 3D printing technology in the world. Thant allows to produce the finest details of 3D printed models.
As advances in Materials and Speed are made in additive manufacturing technologies,the opportunity to use these processes for low-volume manufacturing is realized. And the parts can be printed digitally allowing for the ability to make changes during production without incurring delays or tooling modi
SLA Parts
SLS
Selective Laser Sintering (SLS) is an additive manufacturing technique that uses a laser as the power to sinter powedered material (typically nylon or polyamide), laser sintering of polyamide powders guarantees the highest durability and repeatable of serially produced elements,aiming the laser automatically at points in space defined by a 3D model,binding the material together to create a solid structure.
SLS technology does not require the use of supports-the models created are supported by powder excess surrounding the printout.This allows the printing more complex geometries than other 3D printing methods. SLS operation principle is powder sintering with the help of infrared laser in elevated temperature which helps the grains of the powder to consolidate before being bound with the laser beam. The advantage is fast making and high precision.Functional integration and adaptations can be directly designed into the product,reducing the number of development cycles and allowing a product to be produced quickly at a reduced cost.
