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Bambu Lab TPU for AMS - Gray 1.75mm Filament 1kg

₹2,599.00 (Inclusive of all taxes)
Out of Stock

Bambu Lab TPU Filament in Gray offers exceptional flexibility and durability for 3D printing, perfectly integrated with AMS and AMS Lite systems for vibrant multicolor projects. Featuring a Shore hardness of 68D, it delivers robust, impact-resistant parts with remarkable printability akin to PLA.

Features

  • Seamlessly compatible with Bambu Lab AMS and AMS Lite for efficient multicolor flexible printing.
  • Achieves a Shore hardness of 68D, providing excellent impact resistance for durable parts.
  • Engineered for high-speed printing up to 250 mm/s, maintaining quality without compromising flexibility.
  • Advanced low-stringing formulation ensures cleaner prints with minimal post-processing.

Out of stock

Description

This Bambu Lab TPU filament is specifically formulated to bridge the gap between material flexibility and ease of printing, a critical advantage for functional applications. Its optimized thermal profile and low-stringing characteristics enable it to perform remarkably well, even at print speeds up to 250 mm/s, significantly reducing production times. The Shore 68D hardness rating indicates a material that is tough yet pliant, ideal for parts requiring both deformation under stress and high energy absorption, such as protective components or compliant mechanisms.

Designed for full compatibility with Bambu Lab’s AMS and AMS Lite systems, this Gray TPU supports complex multi-material and multi-color builds, streamlining workflows for advanced users. Each spool comes with RFID smart recognition, automatically loading optimal print settings, and includes a desiccant to ensure the filament remains dry, preventing common print issues like stringing and inconsistent extrusion for consistent, high-quality output.

Key Features

  • AMS & AMS Lite Compatible: Enables seamless integration for multicolor flexible prints, enhancing design possibilities.
  • Tough Yet Flexible (Shore 68D): Provides robust durability and impact resistance for demanding applications.
  • Up to 60% Faster Printing: Engineered for high-speed extrusion without sacrificing print quality or material integrity.
  • Low Stringing Formulation: Minimizes filament wisps, leading to cleaner models and reduced post-processing effort.
  • Reusable High-Temperature Spool: Environmentally conscious and robust, designed for repeated use.
  • RFID Smart Recognition: Automates printer setup by instantly loading ideal print parameters, saving time and ensuring consistency.
  • Optimized Thermal Profile: Supports print speeds up to 250 mm/s with a recommended nozzle temperature range of 220–240°C.
  • Comes with Desiccant: Ensures the filament remains optimally dry, preventing moisture-related printing defects.

Applications

  • Functional prototypes requiring flexibility and impact absorption.
  • Protective phone cases and electronic device covers.
  • Durable door stoppers and anti-slip feet.
  • Components for sports gear and wearable accessories.
  • Gaskets, seals, and vibration dampeners.

Technical Specifications

Filament Diameter1.75 ± 0.05 mm
Density1.26 g/cm³
Melt Flow Index21.8 ± 0.3 g/10min
Tensile Strength22.4 ± 0.6 MPa
Heatbed Temperature30 to 35°C
Spool Outer Diameter209 mm
Spool Width65 mm
ColorGray
Filament Weight1 kg

Frequently Asked Questions

What specific considerations are there when printing Bambu Lab TPU with the AMS system?

While Bambu Lab TPU is AMS compatible, ensure the filament is extremely dry before use. Use a dedicated dry box or oven at 55-60°C for several hours. Proper calibration and potentially slightly reduced retraction settings within the AMS profile can prevent feeding issues and optimize multi-material flexibility.

How should I dry Bambu Lab TPU filament to maintain optimal print quality?

TPU is highly hygroscopic; proper drying is crucial. We recommend drying Bambu Lab TPU filament in a dedicated filament dryer or convection oven at 55-60°C for at least 6-8 hours, especially before loading into the AMS. This prevents stringing, bubbling, and poor layer adhesion, ensuring consistent mechanical properties.

What are the recommended print settings for achieving the best results with this TPU filament?

For optimal results, print with a nozzle temperature of 220-240°C and a heatbed temperature of 30-35°C, using an adhesive like glue stick for bed adhesion. While fast, experiment with print speeds up to 250 mm/s, balancing speed with part complexity. Minimal cooling might be beneficial for better layer bonding and flexibility.

Can Bambu Lab TPU be used for parts requiring high impact resistance and why is Shore 68D important?

Yes, this TPU is excellent for high impact resistance due to its inherent elasticity and Shore hardness of 68D. This rating indicates a material that is relatively soft and very flexible, allowing it to absorb significant energy without fracturing. It is ideal for parts needing shock absorption and resilience against repeated impacts.

Package Includes

  • 1x Bambu Lab 1.75mm TPU for AMS 3D Printer Filament (Gray, 1kg)
  • 1x Reusable Spool
  • 1x Desiccant Packet

Additional Information

Weight 1.375 kg
Dimensions 21 × 21 × 7 cm