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FR Additive – Fertigung

Industrial 3D printing service provider for orthopedic applications, large-format FDM parts and Multec service.

FR Additive Logo

F.R. Additive Technologies GmbH

WilhelmsdorfNew on Amplifa

GmbHLegal form
HRB 750471, Amtsgericht UlmCommercial register
650 × 500 × 800 mmMax. build volume FDM
FDM, SLS, SLA, PolyjetPrinting processes

About F.R. Additive Technologies

F.R. Additive Technologies GmbH, based in Wilhelmsdorf (Baden-Württemberg), is a service company for industrial 3D printing. The company manufactures AFOs, braces and positive models for orthopedic technology using high-speed FDM as well as large-format parts up to 650 × 500 × 800 mm from engineering plastics. In addition, SLS with PA12 as well as SLA and Polyjet printing with fine surface quality are offered – from one-off pieces and prototypes to series production. A 3D scanning service provides the basis for design, reverse engineering and scan-based dimensional quality inspection. Following the acquisition of the Multec brand, including team, technology and patents, the company also offers maintenance, repairs, spare parts and filaments for Multec printers of the M500 and M800 series. Customers include companies from the orthopedics, medical technology and prototyping sectors.

Site
Wilhelmsdorf
Processes
FDM printing of large-format parts, SLS printing, SLA printing, Polyjet printing, High-speed FDM printing of orthopedic applications (AFOs, braces, positive models), 3D scanning service (digitization, reverse engineering), Engineering/design services, 3D scan-based quality control (dimensional accuracy)
Materials
PA12, Polypropylene (PP), PLA, PLA-HT, PETG, PA-CF (PA carbon fiber), PA-CF, FDM printing
Certificates
3D scan-based dimensional accuracy inspection, Skin-contact certified filaments (orthopedics)
Industries
Orthopedics/orthopedic technology, Medical technology, Prototyping/series production, Medical technology/assistive device supply, Prototyping/series production for various industries
  1. 01

    3D scanning / digitization

  2. 02

    Design / engineering

  3. 03

    3D printing (FDM, SLS, SLA, Polyjet)

  4. 04

    3D scan-based quality inspection

  5. 05

    Post-processing and delivery

Materials and Processes

PP

Polypropylene (PP)

Used in high-speed FDM printing of orthoses and braces with a dimensionally stable, thermoformable and mechanically post-processable surface.

PA12

PA12

Powder bed material in the SLS process for stable, detail-accurate functional parts and series.

PLA

PLA

Multec filament for general printing applications.

PLA-HT

PLA-HT

Temperature-resistant Multec filament from the distribution portfolio.

PETG

PETG

Multec filament for tough, practice-oriented parts.

PA-CF

PA-CF

Carbon-fiber-reinforced polyamide filament for rigid engineering parts.

FDM

FDM printing

Filament-based process for large-format parts up to 650 × 500 × 800 mm and high-speed orthopedic series production.

SLS

SLS printing

Powder bed-based process for functional parts and series made of PA12.

SLA

SLA printing

Resin-based process for highly precise parts with fine surface finish.

Polyjet

Polyjet printing

Resin-based process for highly precise parts with fine surface finish.

3D-Scan

3D scanning / reverse engineering

Capture of existing parts, molds and body geometries as a basis for design, adaptation and printing.

Locations

Wilhelmsdorf

DE

Headquarters / printing service center

Lot size
One-off pieces to series production
Materials
PP, PA12, PLA, PLA-HT, PETG, PA-CF, resins
  • Large-format FDM 3D printers (650 × 500 × 800 mm)
  • Multec 3D printers (M500, M800)
  • SLS systems
  • SLA/Polyjet systems
  • 3D scanning system

Parts and Applications

Corvette C6 widebody – 3D printing prototype
Corvette C6 widebody – 3D printing prototypeFDM · Prototyping/Automotive
Corvette C6 widebody – 3D printing prototype
Corvette C6 widebody – 3D printing prototypeFDM · Prototyping/Automotive
Corvette C6 widebody – rendering after 3D scan
Corvette C6 widebody – rendering after 3D scan3D scanning · Reverse engineering

Inside the production

Corvette C6 3D scan
Corvette C6 3D scan
Corvette C6 3D scan, front view
Corvette C6 3D scan, front view
Corvette C6 3D scan, rear view
Corvette C6 3D scan, rear view
Corvette C6 widebody, rendering
Corvette C6 widebody, rendering
Corvette C6 widebody, rendering
Corvette C6 widebody, rendering

Industries

Orthopedics/orthopedic technologyMedical technologyPrototyping/series productionMedical technology/assistive device supplyPrototyping/series production for various industries

Processes & technical limits

ProcessesToleranceMax. partWeightLot sizeMaterials
FDM printing of large-format partsAdditive–800 mm × 650 mm × 500 mm–One-off piece – Series productionengineering plastics, polypropylene (PP)
SLS printingAdditive–––Series productionPA12
SLA printingAdditivefine surface finish–––resins
Polyjet printingAdditivefine surface finish–––resins
High-speed FDM printing of orthopedic applications (AFOs, braces, positive models)Additive–––Series productionpolypropylene (PP)
3D scanning service (digitization, reverse engineering)Inspection–––––
Engineering/design servicesEngineering–––––
3D scan-based quality control (dimensional accuracy)Inspection–––––
Maintenance, repair and spare parts supply for Multec 3D printersAssembly–––––

2 Anlagen & Maschinen

MachineManufacturer / modelQuantityWorking areaYear builtSite
Large-format FDM 3D printer––650 × 500 × 800 mm–Wilhelmsdorf
Multec 3D printers (M500, M800 series)Multec M500, M800–––Wilhelmsdorf

Additional services

3D printing services (FDM, SLS, SLA, Polyjet)Large-format FDM printing up to 650 × 500 × 800 mmOrthopedic printing services (AFOs, braces, positive models)3D scanning and reverse engineeringDesign/engineering servicesSeries productionMultec service: maintenance, repairs, spare parts and filament supplyDistribution of Multec filaments (PLA, PLA-HT, PETG, PA-CF and others)3D scan-based quality inspection

Reference customers

Hessing Stiftung

Quality

Parts undergo scan-based quality control to verify dimensional accuracy before delivery. Certified materials and stabilized printing processes ensure reproducible quality.

EvidenceWilhelmsdorf
3D scan-based dimensional accuracy inspection
Skin-contact certified filaments (orthopedics)

History

  1. Acquisition of the Multec brand following the closure of Multec GmbH – including team, technology and patents; continuation of service, spare parts and filament supply

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