Initializing Precision Pipeline
SLICING_GEOMETRY // CALIBRATING_BUILD_CHAMBER
“Bringing Idea into Reality within Minutes”
Process science
Technologies
Two printing technologies, eighteen machines, one roof. Pick the tab that fits the part.
- 15
- FDM printers
- 3
- Resin printers
- Up to 16
- Colours in one print
Concept visualTechnologies
Concept visualFused deposition modelling
FDM
Melted thermoplastic filament laid down through a nozzle, layer by layer.
Strengths
- Functional, tough parts
- Larger objects
- Wide filament colour range
- Multi-colour in one print
Trade-offs
- Layer lines visible on the standard finish
- Supports needed for overhangs
- Less fine detail than resin
PrototypesJigs and fixturesArchitectural modelsMulti-colour models
Machines
- Large-format delta FDM
- Compact delta FDM
- Cartesian FDM
- High-speed open-frame FDM
- Enclosed CoreXY FDM
THE FLEET · 15 FDM · 3 RESIN
The Machines
Two technologies on one floor. Specifications are confirmed against your part rather than published as a blanket figure.
FDM
Illustration — not a photograph of this machine
Large-format delta FDM
A delta-kinematic FDM machine: the print head is carried by three arms above a stationary bed, and molten thermoplastic filament is deposited layer by layer. Suited to tall, large single-piece parts.
- BUILD VOLUME
- On request
- LAYER RANGE
- On request
- MULTI-COLOUR
- On request
FDM
Illustration — not a photograph of this machine
Compact delta FDM
A compact delta-kinematic FDM machine using the same three-arm motion system in a smaller frame.
- BUILD VOLUME
- On request
- LAYER RANGE
- On request
- MULTI-COLOUR
- On request
FDM
Illustration — not a photograph of this machine
Cartesian FDM
A Cartesian-motion FDM machine, where the print head and bed move along independent linear axes.
- BUILD VOLUME
- On request
- LAYER RANGE
- On request
- MULTI-COLOUR
- On request
FDM
Illustration — not a photograph of this machine
High-speed open-frame FDM
An open-frame FDM machine with a moving bed and a direct-drive extruder, built for fast turnaround on everyday parts.
- BUILD VOLUME
- On request
- LAYER RANGE
- On request
- MULTI-COLOUR
- On request
FDM
Illustration — not a photograph of this machine
Enclosed CoreXY FDM
An enclosed CoreXY FDM machine. The enclosure holds a warmer, steadier chamber, which suits polymers that contract as they cool, and supports multi-colour printing.
- BUILD VOLUME
- On request
- LAYER RANGE
- On request
- MULTI-COLOUR
- On request
Resin
Illustration — not a photograph of this machine
Large-format MSLA resin
A masked stereolithography (MSLA) resin machine: an LCD panel masks a UV light source so that each layer of liquid photopolymer cures in a single exposure.
- BUILD VOLUME
- On request
- RESOLUTION
- On request
- MULTI-COLOUR
- Single colour per print
Resin
Illustration — not a photograph of this machine
Compact MSLA resin
A compact masked stereolithography (MSLA) resin machine using a monochrome LCD mask over a UV light source to cure liquid photopolymer layer by layer.
- BUILD VOLUME
- On request
- RESOLUTION
- On request
- MULTI-COLOUR
- Single colour per print
Machines are listed by technology class. The exact machine for a job is confirmed with your quote.
AWARENESS ECOSYSTEM · EDUCATIONAL HUB
Learn 3D Printing
Fulfilling our founding mission: demystifying additive manufacturing, DFM rules, and materials for engineers, labs, and households.
Foundations
3 min read
What is 3D Printing? A 3-Minute Explainer
How additive manufacturing turns a digital model into a physical object, one layer at a time.
Read Full Article #1
Technology Comparison
5 min read
FDM vs Resin: Which Do You Need?
How filament extrusion and photopolymer curing differ, and which questions actually decide between them.
Read Full Article #2
Process & Capabilities
4 min read
From Idea to Object: The Four Steps of a Print
Scanning, designing, printing and moulding — what each step actually does, and why having them together matters.
Read Full Article #3
Materials
6 min read
Filaments & Resins: A Materials Primer
What PLA, PETG, ABS, ASA, TPU, fibre-filled filaments and photopolymer resins are actually good at.
Read Full Article #4
Design for Manufacture
7 min read
Designing for Printability: 8 Rules
Overhangs, wall thickness, bridging, clearances, holes, fillets, threads and infill — the eight things that decide whether a print works first time.
Read Full Article #5
Applications
4 min read
What Can You Actually Print?
Everyday, useful things 3D printing is genuinely good at — and where the idea of a printer in every household comes from.
Read Full Article #6
B2B & CUSTOM PRODUCTION
Have It Made For You
Send us your 3D CAD files or bring in physical parts for scanning. We handle the complete process chain: scanning, design optimization, high-speed 3D printing, injection molding, and quality assurance.
- Dedicated application engineer review
- Fleet allocation across 9 specialized machines
- Rush prototyping support — timelines confirmed per job
SELF-SERVE 3D PLATFORM
Make It Yourself on ModelForge
Experience the vision of 3D printing for every household. Drag and drop your STL, OBJ, or 3MF file, configure 16-color materials in real-time 3D, and receive instant automated production dispatch.
- Instant automated mesh integrity validation
- Live interactive 3D multi-color material viewer
- Fulfilling individual & household creation needs