Eco-class · repair and reuse
Give a second life to broken or unused classroom objects.
Students model and print simple replacement parts: chair feet, buttons, handles, curtain clips, scissor handles or small missing pieces.
Official partnersTop global brands
Local supportTeam in UAE
Fast deliveryAcross UAE
Expert guidanceFor professionals
Machines-3D education pathways
From first classroom projects to university engineering labs.
Build the right digital fabrication setup by level: middle school, high school, higher education and universities. Each pathway connects project ideas to real Machines-3D catalog solutions.
01 · Middle school
Discover, repair, reuse and connect subjects through simple hands-on projects.
Ideal for short workshops, interdisciplinary projects and first CAD-to-object experiences.
Water rocket
Use 3D printed and laser-cut parts to explore physics by testing launches.
Students design fins, ogives, accessories and optional launch ramps while documenting parameters, trajectories and iterations.
History and heritage in 3D
Recreate local monuments, historical scenes or ancient mechanisms.
Projects connect history, science and technology through models, terrain reliefs, archaeological objects, old tools, coins and small mechanisms.
Accessibility and ergonomics
Create simple tools that make everyday school life more accessible.
Students design ergonomic pen adapters, tactile signs, writing guides, raised markers or small supports for classmates and shared spaces.
02 · High school
Move from discovery to engineering method: reverse engineering, electronics and mobility support.
For longer projects where students model, test, document, improve and justify technical choices.
Tool reproduction and repairs
Use scanning and 3D printing to reproduce or improve replacement parts.
Students analyse an existing object, redesign missing or damaged elements, print prototypes and validate mechanical constraints.
Electronics and robotics improvement
Protect, mount and adapt electronic components with custom printed parts.
Students create Arduino cases, sensor brackets, ventilation grids, robot bumpers, wheel covers and ergonomic handles.
Mobility assistance
Design 3D printed adaptations for medical or paramedical tools.
Projects include ergonomic handles, wheelchair phone or lamp mounts, custom support tablets, writing guides and gripping aids.
03 · Higher education & Universities
Support advanced engineering, research, design and multidisciplinary student projects.
For year-long projects, research prototypes, industrial simulation, robotics competitions and accessibility innovation.
Miniature automated production line
Recreate a complete production chain: sorting, conditioning, assembly or quality control.
Students work on mechanical design, project management, industrial logic and deliverables that can be demonstrated and valued.
Inclusive design and digital accessibility
Create physical interfaces that improve access to digital tools and workstations.
Examples include custom joysticks, tablet supports, alternative switches, smartphone holders, motorized mounts and accessible workstation adapters.
Advanced robotics
Design a robot from a technical brief for competitions, industrial simulation or autonomous systems.
Students design structural parts, grippers, gears, brackets, docking systems, sensor mounts and test whether each prototype answers the specification.
Research prototypes and form studies
Combine scanning, 3D printing, laser cutting and thermoforming for design or engineering research.
Students can produce ergonomic shells, packaging, molds, fixtures, small batches and test parts for multidisciplinary projects.
Featured products
Selected tools for modern learning spaces.
Laser cuttingxTool P2S
A versatile 55 W CO₂ laser platform for FabLabs, design classes and prototyping.
View product →
3D scanningEINSTAR Rockit
Wireless hybrid scanning for reverse engineering, digital creation and hands-on learning.
View product →
All-in-one fabricationBambu Lab H2D Combo
Multi-material 3D printing and laser tools combined for ambitious classroom projects.
View product →Catalog families used in these pathways
Need to build a lab for multiple levels?
Combine machines, scanners, laser cutting and materials into one coherent education pathway.
Talk to an education expert →Machines-3D UAE supports construction teams with large-scale additive manufacturing, concrete printing workflows, scanning, materials and training.
3D Printers
From demonstrators to large-scale concrete printing systems.
Large scale
MaxiPrinter
Robotic concrete printing system for buildings, walls and architectural structures.
Discover system → Training & R&DMiniPrinter XL
Compact concrete printing platform for labs, schools and prototyping teams.
View printer → EnablementDemo & Training
Hands-on support to validate materials, operators and project workflows.
Book training →
01
Print
Concrete 3D printing systems for walls, forms, furniture and architectural elements.
02
Scan
3D scanning for site measurements, reverse engineering and quality control.
03
Materialize
Printable mortar, material preparation and drying workflows for reliable builds.
04
Train
Operator training, project setup and ongoing support from Machines-3D experts.
TERMIX-3D
Reduced-footprint concrete for construction 3D printing.
Developed by Constructions-3D after years of R&D, Termix-3D is a printable concrete material designed specifically for large-scale 3D construction workflows.
AlbertFlagship micro-concrete for large outdoor structures.
50 MPaCompressive strength for buildings, bridges and infrastructure.
1T big bagConsistent quality on large batches, ready for project scale.
Less shrinkageDesigned to reduce shrinkage during the printing process.
Applications
Construction use cases for the UAE market.
Buildings
Printed structures, walls and architectural demonstrators.
Urban furniture
Benches, public space objects and custom landscape elements.
Technical works
Functional forms, molds, prototypes and civil engineering components.
Ready to evaluate 3D concrete printing?
Let’s design the right construction workflow for your project.
Request construction consultation →INDUSTRIAL APPLICATIONS
3D technologies on the factory floor.
From a physical component to a verified digital model, from a design to a functional part: connect 3D scanning, engineering and additive manufacturing around your production needs.
Metal additive manufacturing
Produce complex geometries.
Use metal 3D printing for lightweight structures, internal channels and consolidated assemblies. Select the alloy, process and finishing route around the part’s requirements.
Example applications
Cooling inserts · brackets · fluid manifolds
Reverse engineering
From physical part to usable CAD.
Capture an existing part with 3D scanning, rebuild its geometry in CAD, then check the reconstructed model against the scan. A mesh is the starting point, not an editable engineering model.
Example applications
Legacy components · housings · mating interfaces
3D metrology & quality control
Measure what was manufactured.
Use metrology-grade scanning to compare manufactured surfaces with nominal CAD, analyse deviations and document dimensional checks. Choose the measurement system around tolerances, part size and surface condition.
Example applications
Castings · machined parts · welded assemblies
Jigs, fixtures & production aids
Equip the production floor.
Print application-specific tools for positioning, assembly and handling. Match the polymer or composite to loads, heat, chemicals and expected wear before releasing the tool to production.
Example applications
Drilling guides · assembly fixtures · robot grippers
Functional prototyping
Test before committing to tooling.
Evaluate fit, assembly and ergonomics with physical prototypes. Choose materials and print orientation to suit the test, then iterate before committing to production tooling.
Example applications
Enclosures · ducts · assembly mock-ups
Maintenance & spare parts
Rebuild a route to replacement.
Digitise suitable spare parts and assess on-demand production. Review the original function, material, operating conditions and acceptance criteria before qualifying a replacement.
Example applications
Obsolete covers · adapters · non-critical replacement parts
START WITH YOUR APPLICATION
Which application are you working on?
Share the part size, material, tolerances, operating conditions and expected volume. These requirements guide the choice of scanning, printing, software and validation workflow.
Discuss your applicationInspired by Farm-3D
Deploy additive manufacturing closest to operations.
Bring production, repair and monitoring capabilities directly on-site — including constrained, isolated or extreme environments where execution time and operational continuity are critical.
Discuss mission needs →
All-terrain deployment
Mobile digital manufacturing use cases in the field.
Maintain operational readiness for equipment directly in military theatres.
Manufacture spare parts in real time on a ship, shipyard or offshore platform.
Produce custom orthoses for healthcare teams in refugee-camp conditions.
Restore essential infrastructure faster after a natural disaster.
Deploy a field FabLab in countries or zones with limited infrastructure.
Run 24/7 production of mini reconnaissance-drone chassis series.
Field capabilities
Mobile, traceable, deployable additive manufacturing.
Ateliers Mobiles
Containerized additive manufacturing workshops integrating FDM, SLA, SLS and LPBF technologies depending on the mission.
DMEOS® tactical case
Centralize, supervise and analyze production and environmental data from a deployed printer farm.
DMEOS®
Digital Management Environmental Operating System for planning, monitoring, traceability and quality reporting.
Operational resilience
Produce, maintain and repair critical equipment directly on site.
Mobile additive manufacturing reduces logistics dependency and supports strategic activities with high standards of performance, reliability, safety and industrial compliance.
10 / 14 / 20”Containerized formats
Deployable workshops sized for the operating environment.
Up to 303D printers
Automated, secure mini-series production in a controlled environment.
On-premiseor remote
Supervision according to the organization and security constraints.
ISO/ASTM52900 mindset
Quality, traceability and operational conformity for industrial standards.
Defense modules
Three building blocks for deployed additive manufacturing.
Factory MCO / MRO
Containerized micro-factory with controlled environment and custom 3D printing fleet for maintenance and repair operations.
3D print farm
Immediately operational mini-series production unit with automated and secure local or remote management.
Field FabLab
Compact prototyping workshop to support rapid innovation and agile development anywhere.
ReferenceNCAGE OTAN FC408
Public procurementUGAP marketplace
Core promiseOperational continuity
Contact us →
Machines-3D Dentaire
Your digital dental workflow, from scan to 3D print.
Scanners, 3D printers, resins, CAD/CAM software, post-processing and expert support for dental practices, orthodontists and laboratories.
10+ yearsdigital dentistry expertise
3,000+satisfied customers
24hexpress delivery support
France-basedtraining & after-sales service
Solutions by profile
Find the workflow adapted to your activity.
Chairside digital care
Intra-oral scanning, 3D printing and support to modernize treatments directly in the clinic.
View practice solution →Reliable production flow
CAD software, 3D production and post-processing for productive, repeatable lab workflows.
View lab solution →Plan, present, produce
Scanners, software and 3D printing tools for orthodontic case planning and production.
View ortho solution →
Complete workflow
A connected timeline from scan to finished dental part.
013D Scan
Precise capture of intra-oral or anatomical data to create a detailed 3D model for the entire design and manufacturing process.
Discover scanners →
023D Design
Virtual creation of crowns, bridges, aligners, surgical guides and other dental devices with specialized CAD/CAM software.
View software →
033D Print
Rapid, precise and repeatable production of models, surgical guides and temporary devices for clinics or dental laboratories.
Explore printers →
04Post-processing
Cleaning, curing and finishing steps to ensure quality, durability and biocompatibility of produced parts.
Learn more →
Dental equipment
Choose the right hardware first.
Best sellers
Selected dental products you’ll love.
Alliedstar AS 260
Lightweight intraoral scanning for fast, precise chairside acquisition.
View scanner →
Shining 3D AccuFab ARIS
High-precision resin 3D printing designed for efficient dental production.
View printer →
Graphy TC-85DAC
Shape-memory resin for the direct 3D printing of clear aligners.
View resin →Custom request
Need a quote for a complete dental setup?
The sales team can help scope your scanners, printers, resins, CAD/CAM software, post-processing and training into one clear equipment offer.
Get a dental quote →
Why Machines-3D UAE?
More than machines.
A complete solution.
From expert advice to after-sales support, we are with you at every step of your 3D printing journey.
22,000+Customers
130+Countries
1,500+Products
250+Resellers
