Filament TPU
TPU filament: Flexible 3D printing solutions for a wide range of applications
TPU (Thermoplastic Polyurethane) is a flexible filament material used for 3D printing. Characterized by its elasticity, flexibility and durability, it offers a wide range of applications in various industries.
A great advantage of TPU is its high flexibility . The filament can be bent, stretched and stretched without breaking or permanently losing its shape. This makes it ideal for 3D printing parts that require some elasticity and pliability. Examples of this are rubber parts, seals, bumpers or handles.
In addition, TPU has high abrasion and wear resistance . The material can withstand repeated loads and mechanical stress without damaging or wearing out. This makes it well suited for 3D printing parts used in high-contact applications, such as soles for shoes, shock absorbers, or wheels
TPU filament also has good resistance to oils, greases and many chemicals. This makes it a suitable choice for automotive, mechanical engineering or medical applications where printed parts may come into contact with various substances.
Another benefit of TPU is its ability to absorb vibration and shock. This makes it well suited for 3D printing shock absorbers, vibration dampeners or protective cases for sensitive electronic devices.
TPU filament can come in a variety of durometers , from soft and flexible to harder variants with more rigidity. This allows the filament to be tailored to the specific needs of a project.
In summary, TPU is a filament material known for its flexibility, elasticity and durability. With its ability to bend and stretch without losing shape, it has a wide range of uses in areas such as prototyping, guards, gaskets and more. TPU enables the 3D printing of durable and functional parts that are flexible and resistant.
Application examples
- Flexible cases and protective covers for electronic devices such as smartphones or wearables.
- Elastic bands and straps for backpacks, bags or sports equipment.
- Shock absorbing pads and protective elements to protect sensitive components.
- Rubber parts and seals for industrial applications or machines.
- Soles and insoles for shoes with improved comfort and shock absorption.
- Flexible toys or model components that are easily bent and deformed.
- Sports accessories such as mouth guards, shin guards or elastic bands for training equipment.
- Medical aids such as prostheses, orthoses or individually fitted bandages.
- Flexible handles and ergonomic handles for tools or equipment.
- Protective covers for sensitive electronic components or cables.
These application examples illustrate the versatility of TPU filament and how it can be used to create flexible and durable 3D printed parts in various fields. From protective devices to sports accessories to medical applications, TPU filament offers a
