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Bambu Lab TPU 75A (2.85mm) Series

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BAMBU LAB TPU 75A

Bambu Lab TPU 75A (2.85mm) Series

An extremely soft material designed for wearable devices

Combining the exceptional softness of 75A hardness with a 2.85mm filament diameter and the FlexFeed extruder, it delivers a comfortable feel, efficient feeding, and stable printing performance for flexible material 3D printing.

Bambu Lab TPU 75A 2.85mm Ultra-Soft 3D Printing Filament Series
75A Extremely soft Shore A hardness
2.85mm Flexible filament diameter
Approximately 3x Flow performance under specific test conditions

An extremely soft cushioning layer for items that touch the body

TPU 75A offers excellent flexibility, cushioning, and elasticity, opening up new possibilities for 3D printing wearable devices and flexible functional parts.

From shoes and watch bands to cushioning structures, it supports designs intended for actual wear and use, not just display models.

Wearable applications of flexible 3D printing with Bambu Lab TPU 75A
Examples of prints made with ultra-soft TPU 75A 3D printing material

Shoes and Insoles

By utilizing flexible structural design, you can create cushioned components for shoes.

Wearable Accessories

Consider using it for watch bands, flexible accessories that fit the body, and personalized designs.

Cushioning and Functional Parts

Ideal for designing parts that require bending, compression, and soft contact.

The value delivered by 75A softness: Compared to harder TPU materials, 75A is ideal for applications requiring a soft feel, bending deformation, and cushioning.

Faster, more stable printing of ultra-soft TPU with a 2.85mm diameter

Ultra-soft TPU can easily deform during feeding, which may affect extrusion stability.

Bambu Lab uses a 2.85mm filament diameter and, when combined with the FlexFeed extruder, is optimized for a design suitable for feeding flexible materials.

According to product data, under specific in-house lab test conditions, the combination of FlexFeed and TPU 75A reaches a volumetric flow rate of approximately 10 mm³/s, delivering about three times the performance of conventional 1.75mm extrusion setups.

More stable filament feeding contributes to improved printing efficiency for ultra-soft TPU.

High-speed feeding of Bambu Lab TPU 75A with a 2.85mm diameter and FlexFeed extruder

About the tests: Both the flow rate and the approximately 3x performance comparison are based on in-house lab tests under specific conditions. Actual results may vary depending on the printer configuration, model, material condition, and slicing settings.

A natural matte finish. Soft to look at, and even softer to the touch

General TPU filaments can sometimes produce a highly glossy surface after printing. By adjusting the formulation, TPU 75A achieves a more natural matte texture.

In addition to a soft feel, it brings a premium, delicate appearance to wearable products.

Natural matte texture 3D printed surface of Bambu Lab TPU 75A
Soft matte material and delicate surface finish of TPU 75A

Natural matte texture: Compared to some TPUs with a strong surface gloss, TPU 75A emphasizes a soft, delicate look and feel. It is ideal for designs where comfort during contact and the quality of the appearance are important.

Excellent durability that withstands everyday bending and compression

TPU 75A is not only soft, but can also be used as a material for items that are repeatedly bent or compressed, and items touched daily.

From wearable devices and cushioning pads to flexible functional parts, the material's flexibility can be combined with a wide range of structural designs to meet the needs of a broad range of applications.

For 3D printing projects that want to balance comfort, elasticity, and everyday usability, TPU 75A offers an even softer design option.

Bending resistance and everyday applications of flexible material Bambu Lab TPU 75A

Turning 3D printing into everyday wearable products with ultra-soft TPU

Bambu Lab TPU 75A (2.85mm) combines exceptional softness, FlexFeed feeding technology, a natural matte texture, and the versatility unique to flexible materials, opening up new possibilities for creating shoes, wearable devices, cushioning structures, and functional parts.