3D Printing
Revolution in Layers
Whether you’re an artist, designer, developer, architect, model maker, technician, or from another profession, we provide the opportunity to quickly and cost-effectively bring ideas to life with 3D printing. We create presentation models, functional prototypes, and small series. Discover previously unimaginable possibilities with Prirevo.
Benefit from our extensive industry expertise for your needs.
File Upload.
Order your prototype easily online.
Fill out the contact form.
Select the desired material and upload your data.
You will then receive your personalized quote and can simply approve the order via email.
Uploading may take a few minutes depending on the file size and internet connection. The upload is possible for files up to 15 MB. For files larger than 15 MB, we recommend www.wetransfer.com. You can use this service to send up to 2 GB of data to us for free.
Technologies at a Glance
FFF
(Fused Deposition Modeling)
The Fused Filament Fabrication (FFF) process creates a 3D object layer by layer from a meltable plastic.
Applications
- Prototyping
- Small Series Production
- Mold Making
- Functional Parts
- Design & Architecture
Build Volume up to
1.100 x 500 x 820 mm
Resolution
50–600 μm
PLA
ABS
ASA
HIPS
BVOH
PETG
PC
PA / Nylon
TPE / TPU
Carbon Filament
Metal Filament
PEEK
PET
PP
ULTEM
PEKK
ESD Filament
PC-ABS
ASA Kevlar
SLA
(Stereolithography)
In the stereolithography process, light-curing resins are cured layer by layer by a laser. These resins are called photopolymers.
Applications
- Audio Industry
- Jewelry Industry
- Dental Industry
- Master Models for Vacuum Casting
- Small Series Production
- Prototyping
Build Volume up to
300 × 335 × 220 mm
Resolution
25–200 μm
PP-like Resin
ABS-like Resin
TPU-like Resin
Silicone-like Resin
Ceramic Resins
Heat-resistant Resin
Biocompatible Resins
Wax-like Resins
Transparent Resins
Glass-filled Resins
SLS
(Selective Laser Sintering)
Selective Laser Sintering is a process where powder material is fused layer by layer using a laser.
Applications
- Prototyping
- Small Series Production
- Mold Making
- Functional Parts
- Design & Architecture
Build Volume up to
420 x 420 x 460 mm
Resolution
110 μm
PA 11
PA11CF
PA12
PA12GF
TPU 92A
TPU70A
TPU90A
Generative Technologies Compared
| FFF | SLA | SLS | |
|---|---|---|---|
| Oberflächenqualität |  |  |  |
| Detailgenauigkeit | | |  |
| Bauteilbelastung | | | |
| Temperaturbeständigkeit | | | |
| Ausgangsmaterial | Filament | Flüssigkeit | Pulver |
| UV-Beständigkeit |  |  | |
| Geeignet für Prototyping | | | |
Tips for Creating Objects
When creating an object for 3D printing, consider the following:
Step 1
Create a clean CAD model.
Step 2
Merge your object into a single volume.
Step 3
Use the diagnostic tool in your 3D software to check if your object has a completely closed surface.
Step 4
Export the model in STL format and check its orientation and dimensions.
The volume model must be constructed to be “water-tight” and should not include any open edges or disconnected bodies to ensure it can be produced without issues. Since the cost of the model also depends on the material used, consider whether the volume should be printed as a solid mass.