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fibionic – Fertigung

Development and series production of bionically optimized, continuous fiber-reinforced thermoplastic composite semi-finished products (FFP technology).

fibionic Logo

fibionic GmbH

Götzens (AT)New on Amplifa

2021Founded
20Employees
500 – 1,000,000 units/yearFFP series capacity
up to 40%Weight savings per part
under 1 minuteFFP fiber placement cycle time

About fibionic

fibionic GmbH, founded in 2021, is a service and production company located in Götzens near Innsbruck, specializing in the optimized design and manufacture of continuous fiber-reinforced composites made from carbon, glass and natural fibers with a thermoplastic matrix for mechanically loaded structures. Following the example of nature (bionics), reinforcement material is placed precisely where it is needed along the load path. The range of services includes FE-based simulation and topology or fiber architecture optimization, rapid prototyping with robot-assisted 2D fiber placement, tool-free consolidation and membrane-assisted forming, as well as series production of bionically optimized semi-finished products using the patented FFP technology (fibionic fiber placement) at volumes of 500 to 1,000,000 units per year and cycle times under one minute. The offering is rounded out by project management through to series launch, licensing of the production technology, and arrangement of downstream processing (injection molding, foaming, bonding, thermoforming) via partners. Customers come from sporting goods, automotive, aerospace, medical technology, robotics and consumer goods.

Site
Götzens
Processes
Fibionic Fiber Placement (FFP) - bionically optimized fiber architecture / fiber placement, Prototyping - robot-assisted 2D fiber placement (placement unit), Tool-free consolidation technology (solidification of the fiber structure), Membrane-assisted forming process (3D-shaped insert parts), FE-based simulation, topology/fiber architecture optimization & design, Manufacture of continuous fiber-reinforced composite semi-finished products for mechanically loaded, Licensing of production systems for bionically optimized semi-finished products (incl. system, Integration of the fiber architecture in injection molding (with partners/suppliers)
Materials
Carbon fibers (continuous-reinforced), Glass fibers (continuous-reinforced), Natural fibers (continuous-reinforced), Thermoplastics (matrix material, recyclable), Thermoplastics (matrix), fibionic Fiber Placement, FE simulation & fiber architecture optimization
Founded
2021
Employees
20
Industries
Sporting goods, Automotive, Aerospace, Medical technology, Robotics, Consumer goods
  1. 01

    Simulation & Design (FE-based topology/fiber architecture optimization)

  2. 02

    Prototyping (2D fiber placement, consolidation, forming)

  3. 03

    Series production (FFP semi-finished products)

  4. 04

    Downstream processing with partners (injection molding, foaming, bonding,

  5. 05

    Licensing of the production technology

Materials & Processes

CFK

Carbon fibers (continuous-reinforced)

Continuous fibers for high-strength, bionically optimized lightweight semi-finished products.

GFK

Glass fibers (continuous-reinforced)

Continuous fibers for load-path-compliant reinforcement of mechanically loaded structures.

NF

Natural fibers (continuous-reinforced)

Renewable reinforcing fibers for parts with a low CO2 footprint.

TP

Thermoplastics (matrix)

Recyclable matrix material enabling injection molding and forming integration.

FFP

fibionic Fiber Placement

Patented process for high-volume production of bionically optimized fiber layers with cycle times under one minute.

SIM

FE simulation & fiber architecture optimization

Proprietary optimization algorithms compute the load-path-optimal fiber architecture.

Locations

Standort Götzens

Götzens

AT

Main site: administration, simulation & design, prototyping, FFP series production

Lot size
Prototypes from 1 unit; small series up to 200 units; FFP series 500–1,000,000
Materials
Carbon, glass, natural fibers with thermoplastic matrix
  • 2D fiber placement unit (prototypes)
  • Robot-assisted fiber placement system
  • FFP production line

Parts & Applications

Rotor blade (fiber design)
Rotor blade (fiber design)FFP/composite · sporting goods/aerospace
Surf fin (fiber design)
Surf fin (fiber design)Composite · sporting goods
Running shoe sole (fiber design)
Running shoe sole (fiber design)Composite · consumer goods/sporting goods

Inside the production

fibionic – lightweight products
fibionic – lightweight products
Manufacturing & technology
Manufacturing & technology
Manufacturing & technology
Manufacturing & technology
Manufacturing & technology
Manufacturing & technology

Industries

Sporting goodsAutomotiveAerospaceMedical technologyRoboticsConsumer goods

Processes & technical limits

ProcessesToleranceMax. partWeightLot sizeMaterials
Fibionic Fiber Placement (FFP) - bionically optimized fiber architecture / fiber placementPlastics–––500 units/year – 1 million units/yearCarbon fibers, Glass fibers, Natural fibers, Thermoplastics (matrix)
Prototyping - robot-assisted 2D fiber placement (placement unit)Plastics–––1 – 200 units (small series)Continuous fibers (carbon, glass, natural fibers) with
Tool-free consolidation technology (solidification of the fiber structure)Plastics––––Thermoplastic composites
Membrane-assisted forming process (3D-shaped insert parts)Forming––––fiber-reinforced thermoplastics
FE-based simulation, topology/fiber architecture optimization & designEngineering–––––
Manufacture of continuous fiber-reinforced composite semi-finished products for mechanically loadedPlastics––––Carbon, Glass, Natural fibers, Thermoplastics
Licensing of production systems for bionically optimized semi-finished products (incl. systemEngineering–––––
Integration of the fiber architecture in injection molding (with partners/suppliers)Plastics––––Thermoplastics
Downstream processing into finished parts (foaming, bonding, mechanical joining - with partners)Joining–––––

3 Anlagen & Maschinen

MachineManufacturer / modelQuantityWorking areaYear builtSite
2D fiber placement unit (prototypes)––––Götzens, Austria
Robot-assisted fiber placement system (prototype fiber design)––––Götzens, Austria
FFP production line (fibionic fiber placement, high-volume production)––––Götzens, Austria

Additional services

Simulation & Design (FE-based topology/fiber architecture optimization)PrototypingSmall series (up to 200 units)Series production (FFP technology, bionically optimized semi-finished products)Licensing of the production technologyProject management through to series launchArrangement/downstream processing with partners (injection molding, foaming, bonding, thermoforming)

Reference customers

MICADO SMART ENGINEERING GmbH (testimonial, Dipl.-Ing. Simon Mair, Head of Product Development)

History

  1. 2021

    Foundation of fibionic GmbH in Götzens, Austria.

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