Advanced Technology

Bambu Lab AMS

Multi-Material 3D Printing Europe | Advanced AMS Technology

Revolutionary multi-material 3D printing services across Europe using Bambu Lab's advanced AMS (Automatic Material System). Create complex parts with multiple materials, colors, and properties in a single print.

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Bambu Lab AMS Technology

Automatic Material System (AMS)

The Bambu Lab AMS is a revolutionary system that automatically manages up to 4 different materials or colors in a single print job. Advanced sensors and precise control enable seamless material switching without manual intervention.

Automatic material detection and loading

Precise filament switching with minimal waste

Support for different material types simultaneously

Color-coded organization system

Real-time material monitoring

Multi-Material Printing Capabilities

Multi-Color Single Material

Up to 4 colors of the same material type

Applications:

Colorful prototypes
Branded products
Educational models
Artistic creations

Material Combinations:

PLA, PETG, ABS in different colors

Soluble Support Systems

Main material + water-soluble supports

Applications:

Complex overhangs
Internal geometries
Moving assemblies
Intricate details

Material Combinations:

PLA + PVA, PETG + HIPS

Flexible + Rigid Combinations

Hard and soft materials in one print

Applications:

Phone cases
Gaskets
Grips
Shock absorbers

Material Combinations:

PLA/ABS + TPU combinations

Functional Material Mixing

Different properties in different areas

Applications:

Conductive traces
Transparent windows
Heat-resistant sections
Chemical-resistant areas

Material Combinations:

Conductive, transparent, specialty filaments

Composite Structures

Reinforced areas with different materials

Applications:

Reinforced joints
Wear-resistant surfaces
Lightweight cores
Strength gradients

Material Combinations:

Standard + carbon fiber reinforced

Multi-Density Printing

Different infill densities and materials

Applications:

Weight optimization
Cost reduction
Performance tuning
Material efficiency

Material Combinations:

Dense + lightweight material combinations

Popular Material Combinations

PLA + PVA

Beginner

Most popular combination for complex geometries

Key Benefits:

Easy to print
Water-soluble supports
Clean finish
No support marks

Best Applications:

Complex overhangs, internal channels, moving parts, intricate details

PETG + HIPS

Intermediate

Strong parts with dissolvable supports

Key Benefits:

Chemical resistant
Strong bonds
Limonene soluble
Professional finish

Best Applications:

Functional parts, mechanical assemblies, chemical containers

ABS + TPU

Advanced

Rigid structure with flexible elements

Key Benefits:

High strength
Flexible sections
Impact resistant
Temperature resistant

Best Applications:

Phone cases, automotive parts, gaskets, shock absorbers

PLA + Conductive

Intermediate

Insulating base with conductive traces

Key Benefits:

Electrical functionality
Easy printing
Cost effective
Rapid prototyping

Best Applications:

Electronic housings, sensors, touch interfaces, LED strips

PETG + Carbon Fiber

Expert

Standard areas with reinforced sections

Key Benefits:

Selective reinforcement
Weight optimization
High strength
Professional grade

Best Applications:

Aerospace parts, automotive components, tools, structural elements

Multi-Color PLA

Beginner

Same material in different colors

Key Benefits:

No compatibility issues
Vibrant colors
Easy post-processing
Cost effective

Best Applications:

Prototypes, educational models, art projects, branded items

Multi-Material Technical Specifications

AMS Capabilities

Material Slots:4 simultaneous
Switching Speed:<30 seconds
Waste per Switch:<1g typical
Material Detection:Automated