Build area
1.2 m
MiniPrinter EDU
Dhs. 299,172.00
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MiniPrinter EDU
Dhs. 299,172.00
Available on Click & Collect · Pay by card or cash at pickup, or choose bank transfer at checkout How does it work?
Materials
Open mortar platform
Operation
Touchscreen + slicer
Technical specifications
| Printing technology | Concrete extrusion / 3DCP |
|---|---|
| Build volume | 1200 × 1200 × 1200 mm |
| Maximum print speed | 400 mm/s |
| Repeatability | <1 mm |
| Printer weight | 430 kg |
| Machine dimensions | 2.25 × 1.85 × 2.18 m |
| File formats | STL / DXF |
| Aggregate size | Up to 4 mm (DN35); 6 mm with optional DN50 kit |
Machines-3D UAE
MiniPrinter EDU
A concrete-printing platform for teaching, mortar development and hands-on experimentation.
Concrete printing for learning
A 1.2 m build envelope provides room for practical teaching, trials and research prototypes.
From digital model to physical element
Explore layer geometry, surface textures and printed concrete forms at a manageable scale.
Mortar development
Test pumpable mixes using the correct pump, hose and aggregate size. Material preparation is part of the complete printing process.
Control the printer and pump together
The integrated touchscreen coordinates printer movement and pumping. A pneumatic pinch valve allows multiple separate parts to be printed on the same bed, with material flow controlled between them.
Move from CAD to a concrete toolpath
The included Constructions-3D slicer accepts STL and DXF files from common design software. Prepare layer paths and print parameters for concrete extrusion; the operating software has no associated subscription.
Match the mortar to the pumping configuration
Printable, pumpable mortars can use aggregates up to 4 mm with DN35 hoses, or up to 6 mm with the optional DN50 kit. Wet-mix pumps require external mixing; dry-mix pumps can be connected to a silo.
Develop shapes and materials in the workshop
Use the system for textured surfaces, complex geometries and mortar formulation trials. Digital extrusion makes it possible to iterate on a design without making a new mould for each version.
A practical platform for research and training
The EDU connects teaching, material trials and full-size experimentation within a 1200 mm cubic build area. The manufacturer’s two-day operating course introduces the machine and workflow so teams can progress from model preparation to supervised printing.