AM Printservice offers a wide range of 3D printing technologies for both plastic and metal. Each technology has unique characteristics that make it suitable for different types of projects; from rapid prototypes to serial production in thousands of units. Here you will find an overview of our technologies and what sets them apart.
Plastic 3D printing techniques
We use several different printing technologies depending on the material, precision requirements and production volume. Each technology has its specific strengths and we always base our choices on your needs.
SLS - Selective Laser Sintering
SLS is our most used technology for industrial 3D printing in plastics. It is a powder bed-based technology where a laser selectively sinters polymer particles layer by layer. The technology provides parts with high dimensional stability, good surface quality and consistent geometric accuracy – without the need for support structures. SLS is particularly well-suited for functional prototypes, fixtures, machine components and spare parts with internal geometry. Available materials include PA12, PA11, TPU and glass-filled PA12 GB.
HP Multi Jet Fusion (MJF)
HP Multi Jet Fusion is based on a powder bed system where a binding agent is applied layer by layer and cured with high heat from lamps. The result is high-precision details, uniform surface quality, and mechanical properties that surpass many traditional methods. MJF delivers up to ten times higher speed compared to conventional 3D printing techniques, making it ideal for series production and on-demand production. Materials that PA12, PA12 GB, PA11, TPU and PP are available.
FDM - Fused Deposition Modelling
FDM is an extrusion-based method where thermoplastic filament is heated and deposited layer by layer. The technology offers high material strength, broad material compatibility and short lead times - from single components to small series. FDM is a cost-effective option for prototypes, tooling jigs and functional parts that need to withstand mechanical stress or chemical exposure. Materials such as PLA, PETG, TPU, ABS and nylon are available.
SLA/DLP Stereolithography and Digital Light Processing
3D printing techniques based on the curing of resin with UV light, layer by layer. They offer very high detail precision, smooth surfaces, and the ability to reproduce geometrically complex models. The techniques are ideal for concept prototypes, visual models, moulds, and components requiring high dimensional accuracy. SLA/DLP enable printing with standard, flexible, heat-resistant, or biocompatible resins, providing a wide range of possibilities to meet diverse design needs.
STEP™ Selective Thermoplastic Electrophotographic Process
An advanced 3D printing technology from Evolve Additive Solutions that combines the strength of traditional injection moulding with the flexibility of 3D printing. The process uses electrophotographic imaging to apply thermoplastic powder with up to 600 dpi resolution, followed by precise layer alignment and fusion with heat and pressure. STEP™ delivers dense, durable components with high dimensional accuracy – without the need for tooling or post-processing. Suitable for functional prototypes and small production runs in engineering plastics such as ABS.
Metal 3D printing techniques
Our metal materials enable the manufacture of complex, fully functional parts with high strength and heat resistance. We offer stainless steel 316L, aluminium and titanium, among others. Based on your requirements, we recommend the right material and technology for your application.
DMLS - Direct Metal Laser Sintering
DMLS is our technology for 3D printing in metal. A high-power laser melts metal powder layer by layer, creating fully functional parts with complex geometries that are often impossible to manufacture using traditional methods. DMLS enables functional integration - multiple functions are combined into a single component - and provides efficient material utilisation by allowing surplus powder to be reused. We work with stainless steel 316L, aluminium and titan. The technology is used in the aerospace, automotive, energy, defence and medical industries.
Which technology is right for your project?
The right technology depends on your project's requirements. Material, geometry, volume and application determine it. We help you choose the optimal solution based on your needs, whether it's a single prototype or a production run of thousands of units. Read the FAQs below or contact us directly for advice.
Frequently asked questions about 3D printing technologies
Contact us for a free consultation
Tell us about your project and we will get back to you with a recommendation on materials, technology and delivery time. We normally respond the same working day.
