Metal AM technologies:
Sallegger Technologies GmbH & Co KG
AM Technologies
- Selective Laser Melting (SLM)
Polymer AM technologies:
- Fused filament fabrication (FFF)
- Selective Laser Sintering (SLS)
- Multi Jet Fusion (MJF)
- Stereolithography (SLA)
- Polyjet
Other AM technologies:
- Vacuum Casting
Materials and characterisation
Materials:
AlSi10Mg, 1.4404, 1.4828, 1.2709, 3.7165
PA12, TPU, PP, PA12-GB, PA11, PEEK, PA2210FR, PA2200
Testing equipment:
The compact 3D structured-light scanner ‘Hexagon Smart Scan’ with 12 megapixel resolution for mobile applications is one of the leading measurement technology solutions for complex surface geometries as well as delicate or easily deformable parts.
Post-processing equipment:
Quality certifications:
ISO 9001:2015
Services
As an engineering service provider, we develop customised solutions for our customers in the field of additive manufacturing (AM). Our focus is on application-oriented research and the development of innovative design strategies to create functional and economical components.
Due to our customer-oriented approach, we cannot disclose any internal research and development details.
Due to our customer-oriented approach, we cannot disclose any internal research and development details.
None, just advice from Günter Schnepf and the Innovations department.
As an engineering service provider, we support our customers in additive manufacturing with customised design solutions. Our focus is on application-oriented development, design for additive manufacturing, topology optimisation and functionally appropriate construction. In doing so, we prioritise cost-effectiveness, component performance and production maturity.
Our expertise in design for additive manufacturing (AM) spans numerous industries. We develop customised solutions for the automotive industry, e-mobility and automation technology, optimise components for the electronics, glass, paper, pharmaceutical and tobacco industries, and implement innovative concepts for special-purpose machine construction, industrial plant construction and process engineering. We also support companies in the food, consumer goods and agricultural technology sectors, drive sustainable innovations in environmental and green energy technology and offer construction solutions for steel construction and building services engineering. Our focus is always on cost-effective, functionally optimised and process-compliant designs in order to exploit the advantages of additive manufacturing to the full.
- Technical Consulting
- Financial Support
- Access to AM Equipment
- Prototyping Services
- Design Optimization
- 3D Scanning
- 3D Metrology
- Start-ups
- Scale-ups
- Established SMEs
- Large Companies
- Research Institutions
- OEMs
- Prototyping
- Tooling
- End-use Parts
- Spare Parts
- Design for AM
Sallegger Technologies is a leading provider of mechanical engineering and automation solutions. The company develops everything from simple devices, robot cells and test stands to highly complex machines and systems – for industries such as automotive, electronics, glass, consumer goods, paper, pharmaceuticals, steel construction, tobacco, environmental and process engineering. In addition to design, Sallegger Technologies is also a full-service provider in additive manufacturing (3D printing). Customers benefit from a full range of services including all 3D printing technologies, materials and post-treatment. In the area of product development, the company supports the entire process – from international parts procurement to CE assessment and documentation. Another core area is metrology, specialising in quality control, 3D printed parts, reverse engineering and industrial services. With state-of-the-art technology and in-depth expertise, Sallegger Technologies offers its customers economical and functional solutions – from the idea to series production.
Reuse of powder: mixture of fresh and reused powder.
Our 3D printers are designed for energy-efficient technologies that minimise energy consumption. We also regularly optimise our processes to reduce the energy required during production.
Our company is actively committed to sustainable practices in additive manufacturing to minimise our impact on the environment while optimising material usage. Our initiatives include:
- Material recycling
- Efficient design methods
- Energy-efficient production processes
