Capabilities

Equipment, materials, and technical guidance

An overview of what we print with, what we print in, and what to consider when designing a part.

Equipment

Creality K2 Plus with CFS (multi-filament system)

350 × 350 × 350 mm

Build Volume

Maximum size for a single-piece print

FFF / FDM

Printing Process

Identifies the manufacturing technology used

0.05–0.30 mm

Layer Height

Range of achievable detail and surface finish

350°C

Max Nozzle Temperature

Enables engineering-grade materials

Up to 60°C

Heated Chamber

Important for ABS, ASA, and advanced engineering materials

CFS module

Multi-Filament / Multi-Colour

Supports multi-colour and multi-material prints

Material Options

PLA

An easy-to-print, dimensionally stable material well suited to visual and light-duty parts.

Best for

Visual prototypes
Models
Fixtures
Light-duty components

PETG

A tougher, more temperature-resistant general-purpose material for functional parts.

Best for

Functional components
Enclosures
Brackets
General-purpose parts

ABS

A durable material with better heat resistance, suited to demanding functional applications. One of the two materials that can be acetone vapor smoothed.

Best for

Functional parts
Equipment components
Higher-temperature environments

ASA

Similar to ABS with improved UV resistance, making it a strong choice for outdoor use. Can also be acetone vapor smoothed.

Best for

Outdoor components
UV-exposed parts
Equipment mounts

TPU

A flexible, impact-absorbing material for parts that need to bend or cushion.

Best for

Flexible components
Bumpers
Feet
Protective interfaces

Engineering / Reinforced Materials

Carbon-fibre reinforced, nylon-based, and other specialty filaments for demanding applications. Specialty materials may be available depending on application requirements. Contact us to discuss your project.

Best for

Carbon-fibre reinforced materials
Nylon-based materials
Specialty filaments

Considerations

Designing for manufacturability

Part Size

Large components may be manufactured as one part where possible, or split into mechanically joined components when they exceed build volume.

Tolerances

Achievable accuracy depends on geometry, material, print orientation, part dimensions, and application requirements. Identify any critical dimensions when submitting a project.