PLA is biodegradable and therefore environmentally friendly. It offers good printability and is ideal for beginners.

Properties: Biodegradable, low melting temperature.

Suitable for: Decorative objects, prototypes, non-functional parts.

Unsuitable for: Mechanically stressed parts, outdoor applications.

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ASA is known for its UV resistance and is often used for outdoor applications.

Properties: UV-resistant, high weather resistance.

Suitable for: Outdoor applications, automotive parts, functional prototypes.

Unsuitable for: Applications that require contact with food.

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PETG combines the printability of PLA with the strength and durability of ABS.

Properties: Good chemical resistance, easy to print, high strength.

Suitable for: Mechanically stressed parts, waterproof applications.

Unsuitable for: High temperature applications.

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SLA uses a UV light to cure resins layer by layer and is characterized by a high level of detail.

Properties: High level of detail, smooth surfaces.

Suitable for: Detailed models, jewelry, dental applications.

Unsuitable for: Structurally stressed parts.

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PA12 is used in the SLS process and offers excellent mechanical properties and chemical resistance.

Properties: High strength, good chemical resistance.

Suitable for: Functional parts, complex geometries, moving parts.

Unsuitable for: Very large components due to possible distortion problems.

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PA6-GF is reinforced with glass fibers, which makes it particularly stable and heat-resistant.

Properties: High rigidity, improved thermal properties.

Suitable for: High-performance parts in automotive and aviation.

Unsuitable for: Parts with complex details that require fine features.

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PA6-CF is extremely stable and is used for parts that require high strength and rigidity.

Properties: Extremely high strength and rigidity, good thermal stability.

Suitable for: Highly stressed structural parts, aviation components.

Unsuitable for: Inexpensive or less stressed parts.

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ULTEM9085 is a thermoplastic polyetherimide known for its high heat resistance and strength.

Properties: Flame retardant, high heat resistance.

Suitable for: High temperature applications, aviation and automotive sector.

Unsuitable for: Applications that require low material costs.

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This resin can withstand high temperatures and is ideal for prototypes and components that are exposed to thermal stress.

Properties: High temperature resistance, high rigidity.

Suitable for: Functional high-temperature tests, mold making.

Unsuitable for: Applications that require flexibility.

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TPU 88A is flexible and elastic, making it perfect for applications that require cushioning and shock absorption.

Properties: High flexibility, good abrasion resistance.

Suitable for: Flexible parts, sports equipment, seals.

Unsuitable for: Rigid or highly resilient structural parts.

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