Tailored Fiber Placement Carbon Preforms - Carbon Composites im Maschinenbau
In modern mechanical engineering, lightweight construction, energy efficiency and precision have long been key design objectives.
With Tailored Fiber Placement (TFP), a manufacturing technology has been established that takes the use of carbon fiber composites to a new level.
The process enables the production of individually adapted carbon preforms with precisely defined fiber architecture – precisely tailored to every geometry and load situation.
As a specialized manufacturer of TFP carbon composites, TFP Technology develops and produces high-precision reinforcements and preforms for industrial lightweight construction – from prototypes to large-scale production.
For OEMs, system suppliers and machine manufacturers, this means precisely manufactured lightweight components that can be seamlessly integrated into existing designs without compromising on rigidity, load-bearing capacity or process reliability. TFP preforms are designed for series production and provide targeted support for your development and production goals.
Take advantage of the potential of customized carbon preforms for your machine components. We support you from development to series production.
What makes Tailored Fiber Placement so special?
With Tailored Fiber Placement (TFP), carbon fibres are automatically and CNC-controlled placed on a carrier material.
Unlike conventional fabrics or UD tapes, the fiber orientation can be freely defined. This allows the course of the fibers to be precisely adapted to real load paths – a decisive advantage in modern composite engineering.
The result is composite preforms that offer even force distribution, minimal stress peaks and an optimum weight/strength ratio.
At the same time, TFP reduces material waste to almost zero, resulting in greater sustainability and cost-effectiveness in composite production.
Rely on maximum material efficiency and structural performance. With TFP, you can realize economical lightweight construction solutions at the highest level.
Applications of TFP carbon preforms in mechanical engineering
In mechanical and plant engineering, TFP carbon fiber reinforcements are used wherever conventional metal parts reach their limits.
Carbon Composites
offer high tensile strength, dimensional stability and excellent damping properties – with up to 30 % or more less weight.
Typical fields of application are
- Structural reinforcements made of carbon in machine tools, axle systems and handling components
- Carbon composite support elements for robotic and automation systems
- Housing parts and machine covers that fulfill function and design at the same time
- Low-vibration components for precision machines and measuring systems
- Hybrid components in which carbon preforms specifically reinforce metallic structures
The fiber layers are laid down precisely according to the calculated force flows. The result is lightweight construction without compromise, with maximum rigidity and stability. Exactly where it is needed.
Use the full potential of lightweight carbon construction. Use TFP preforms precisely for performance, precision and production success.
Carbon preforms as a structural reinforcement element in mechanical engineering
In addition to fully-fledged structural components, hybrid applications are also becoming increasingly important.
Here, carbon preforms serve as targeted reinforcement in metallic assemblies and combine the advantages of two material worlds: the high tensile strength and damping capacity of carbon composites with the dimensional stability and thermal conductivity of metal.
Tailored fiber placement allows such hybrid components to be precisely adapted to the force flow.
This makes it possible:
- higher rigidity with lower mass,
- Reduced vibration amplitudes for dynamically loaded axes or spindles,
- and a longer service life for cyclically stressed components.
The combination of carbon and metal is playing an increasingly important role, particularly in drive elements, carrier systems, assembly units or robot joints.
Here, TFP carbon preforms can be integrated directly into existing production chains and pressed, overmolded or bonded with metals.
Increase the performance of your assemblies with specifically placed carbon reinforcements. We supply the right TFP preforms for your hybrid components.
Focus on stiffness, damping and dynamics
In mechanical engineering, vibration behavior and natural frequency are crucial for precision, energy efficiency and service life.
Carbon composites offer unique advantages here: high stiffness combined with excellent damping.
Tailored fiber placement (TFP for short) can be used to specifically influence these properties. For example, through varying fiber layers, adapted density or hybrid fiber structures.
This results in components that are not only lighter, but also smoother and more precise.
This combination of lightweight construction and damping ensures significantly better performance and less wear, especially for high-speed axes, tool spindles or measuring systems.
Use the potential of TFP carbon components for more precise, quieter and longer-lasting machines. We support you with the implementation.
Economic efficiency and series production capability of TFP in mechanical engineering
In addition to the technical advantages, economic implementation also plays a key role.
The Tailored Fiber Placement process can be fully automated and is therefore ideal for series production in mechanical engineering.
While conventional lamination processes require a great deal of manual effort, TFP carbon composites are produced with minimal set-up time and high repeat accuracy.
Production can be scaled flexibly – from functional samples to small batches and industrial quantities.
Do you want to implement lightweight construction economically and in series production? With TFP, you can seamlessly integrate high-precision carbon components into your existing processes.
Advantages for machine builders:
- short development and implementation times,
- Precise series quality thanks to CNC-controlled depositing,
- reduced material consumption,
- and a consistently high level of process reliability.
TFP shows its strength particularly when it comes to integrating lightweight construction strategies into existing machine concepts: the process enables customized composite solutions without having to fundamentally change design or production processes.
Advantages during operation:
- Lower component weight reduces drive load and energy consumption
- Higher component rigidity minimizes vibrations and reduces downtimes
- Low-maintenance composite components extend service life and reduce service intervals
The use of TFP preforms often pays for itself within the first year, particularly in the case of dynamically stressed machine components.
Do you want to implement lightweight construction economically and in series production? With TFP, you can seamlessly integrate high-precision carbon components into your existing processes.
From CAD model to composite component
The development process begins with a detailed analysis of the load paths.
This data is used to define the optimum fiber path and transfer it to the CAD system.
The carbon fibers are then applied to the carrier material with millimeter precision using high-precision CNC embroidery machines – digitally controlled and with repeat accuracy.
Once deposited, the TFP preforms can be integrated into standard composite manufacturing processes:
- RTM (Resin Transfer Molding) for high-strength structural components,
- Vacuum infusion for large-area reinforcement structures,
- thermoplastic consolidation for processes suitable for series production,
- or hybrid constructions with metal and plastic.
Near-net-shape production makes it possible to insert the preforms directly into the downstream processes without additional cutting or post-processing.
This makes Tailored Fiber Placement one of the most versatile technologies in modern composite design.
From the digital idea to the production-ready solution: use TFP for efficient, precise and seamlessly integrated composite production.
Advantages of TFP carbon fiber composites
- Load-path-compatible reinforcement: fibers run exactly along the load directions - maximum efficiency per gram of material.
- Weight reduction with the same rigidity: up to 30 % lighter components compared to metal or conventional laminates.
- High cost-effectiveness: Automated storage processes enable preforms suitable for series production with minimal effort.
- Reproducible quality: Digital process control ensures consistent properties over many production runs.
- Compatible with numerous fiber types: In addition to carbon, glass, aramid, basalt and hybrid fibers can also be used.
- Resource-saving and efficient: near-net-shape production reduces material consumption and waste to a minimum.
Benefit from composite production that is not only technically but also economically convincing. With TFP carbon preforms, we offer you the optimum approach for your series production.
Process integration and further processing
The carbon preforms made from Tailored Fiber Placement are produced near net shape and can be inserted directly into composite processes such as RTM, infusion or injection moulding without cutting or post-processing.
In contrast to fabrics or rovings, TFP layers can be designed in such a way that they are
- Integrate functional zones,
- generate targeted stiffness gradients,
- or electrical properties (e.g. through conductive fibers).
This makes TFP increasingly interesting for smart composites, for example for sensor integration or structural monitoring.
Use TFP preforms for efficient processes, intelligent functions and maximum design freedom in your composite production.
Frequently asked questions about tailored fiber placement and carbon composites
What is Tailored Fiber Placement (TFP)?
A manufacturing process in which carbon fibers are automatically and precisely stitched onto a carrier material. This creates preforms with an individually defined fiber architecture.
What advantages do TFP carbon composites offer over conventional laminates?
TFP reduces weight, saves material, enables targeted carbon reinforcement and significantly improves the mechanical properties.
What quantities are economical?
Depending on the application, from one-off production to large series of up to 100,000 units.
Are TFP carbon preforms compatible with existing production processes?
Yes, they can be integrated directly into RTM, infusion and thermoplastic processes.
Which fibers are used in tailored fiber placement?
Carbon, glass, aramid, basalt or combinations thereof – depending on the required property profile.
Can TFP also be used for hybrid components?
Yes, TFP preforms are ideal as local reinforcement in metal or plastic structures.
How economical is tailored fiber placement in series production?
TFP can be fully automated and enables consistently high quality with short set-up times thanks to CNC-controlled depositing processes. This reduces unit costs, even for medium quantities, and makes the technology particularly interesting for series production in mechanical engineering.
In which areas of mechanical engineering are TFP preforms particularly useful?
Typical areas of application are components that require high rigidity, low weight and good vibration behavior, for example in machine tools, precision systems, automation technology or robotic components.
How can I work with TFP Technology as a mechanical engineer?
It’s simple: you supply your CAD data or requirements, we develop a production-ready fiber layout and produce the appropriate preforms. From development to series production, you receive everything from a single source, efficiently, reliably and precisely tailored to your machine components.
We produce fiber preforms as semi-finished products for you
Contact us and discuss your requirements for the precise reinforcement of your component, e.g. shape, layout and substrate material, with our TFP experts.
Together with you, we develop a fiber preform as a semi-finished product for further processing in your end product.
We embroider the desired fiber onto a near-net-shape cut carrier material that reinforces your product in exactly the right place.
We produce a sample that you can use and test in your production. After your approval, we start production of the fiber preforms in small or medium series at our site in Falkenstein / Vogtland.
Further contributions
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