Your partner for 3D printing in Mannheim
3D printing service Mannheim
Possibility to upload your 3D model and configure it according to your ideas. You will then receive a direct price calculation.
process online 3d printing service
1. UPLOAD MODEL
Upload your 3D model to us. If you have any questions, you can also write us an email or interact with our chat.
2. ORDER PARAMETERS
Select your desired order parameters from our selection (number of pieces, printing process, material, post-processing) and send this request.
3. COST ESTIMATE
You will receive a non-binding cost estimate from us. If you agree, we can start production. If changes are required, such as the number or dimensions of the component, these will be made.
4. PRODUCTION
If you agree with the offer, we will produce the component according to your requirements.
5. POST-PROCESSING
We refine the component by: washing, exposing, tempering, grinding, polishing, blasting, tanning, dyeing, painting, filling, inserting threads...
6. COMPONENT FINISHED
The component has been successfully produced and is ready for collection or shipping to Mannheim.
PRINTING SERVICE FOR Mannheim
QUESTIONS ABOUT THE 3D PRINTING SERVICE Mannheim
We have a Online calculator , where you can upload and configure your 3D model. You will then receive the price directly and can send us an inquiry.
The price depends on: 3D printing material / quantity / post-processing
For questions:order@burms.de
to the DLP printing materials
to the SLA printing materials
to the FDM printing materials
We can also offer other 3D printing materials for printing service.
Please contact us if you want other 3D printing material.
We refine the component.
You are welcome to book an online appointment with us so that we can support you with any questions you may have.
Book an appointment now!
We use these professional 3D printers to produce our customers’ 3D printed parts. Of course, these 3D printers are also available for purchase.
MiiCraft Prime+
MiiCraft Prime series 3D printer is an advanced desktop printer with super high resolution. This printer is powered by a real 4M pixel UV light engine with special image optimization technology and a low force peel mechanism.
learn more
MiiCraft Alpha
the new 3D desktop printer has a compact size and fits ideal for dental clinics and offices. The build volume reaches a length of 150 mm and the resolution is extremely high for precise printing (2560 x 1440 pixels with XPR™ ).
learn more
3D printing service Mannheim
Our 3D printing technologies
Of course, we will also help you choose the right 3D printing process for your application and optimize the costs for your prototypes, small and large series. We already manufacture for well-known technology companies across Europe.
information
How the procedures work
The SLA (stereolithography) 3D printing process uses a laser to harden liquid photopolymer resin and build a three-dimensional object layer by layer. First, the 3D model is loaded into a slicer program, which slices the model into thin layers. The resin is then poured into a flat layer and the laser is aimed at the surface to harden the resin where the object is to be created. Once a layer has hardened, the platform is lowered and a new layer of resin is poured onto the hardened layer. This process is repeated layer by layer until the entire object is fully printed. The finished object is then removed from the resin and post-processed to achieve a smooth surface.
The DLP (Digital Light Processing) 3D printing process is similar to the SLA process, but it uses a digital projector to cure the photopolymer resin. The 3D model is loaded into a slicer program and divided into thin layers. A flat layer of resin is poured onto a platform and the projector projects the pattern of the first layer onto the surface of the resin. The resin is cured in the exposed areas, while the unexposed resin remains liquid. This process is repeated for each layer until the entire object is printed. The finished object is then removed from the resin and post-processed to achieve a smooth surface.
The FDM (Fused Deposition Modeling) 3D printing process uses a nozzle to melt thermoplastic filament and build a three-dimensional object layer by layer. The 3D model is loaded into a slicer program and divided into thin layers. The nozzle moves along an axis and extrudes the molten filament onto the print bed to form the first layer. Once the first layer is complete, the platform lowers one layer depth and the printer begins printing the next layer. This process is repeated layer by layer until the entire object is fully printed. The finished object is then removed from the printer and can be reworked if necessary.
3d printing materials
All products
do you need support?
3D printing service Mannheim
Do you have questions or need support in choosing the right manufacturing process?
Then contact us - one of our employees will help you as soon as possible!