One operational view of your equipment, data and workflows
End-to-end delivery of digital manufacturing systems that connect equipment, data and workflows into one operational view.
What it covers
Built to improve performance, reliability and decision-making through practical, scalable implementation.
- Solution design, build, integration and deployment
- Equipment connectivity and data pipelines
- Dashboards, monitoring, alerts and performance reporting
- Process digitization, workflow automation and quality tracking
- Support models, maintenance planning and continuous optimization
From digital design to physical part
We design and deploy production workflows around additive and subtractive manufacturing, connected to the design software and data your teams already use.
Resin 3D printing
High-accuracy stereolithography for dental, medical and engineering parts, with validated materials for each application.
FormlabsFilament 3D printing
Reliable FFF printing for prototypes, jigs, fixtures and end-use parts, from the classroom to the factory floor.
UltiMakerCNC routing
Large-format 3-axis routers for signage, woodworking, composite panels and non-ferrous metals.
VOLTERDigital dentistry, in-house
We equip clinics and dental laboratories with complete Formlabs dental workflows: from scan to finished appliance, with the validated resins, post-processing and training to run it in-house.
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1
Scan
Capture the case with an intraoral or lab scanner.
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2
Design
Design in your dental CAD, then prepare the print in PreForm.
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3
Print
Print on Form 4B or Form 4BL with validated dental resins.
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4
Finish
Wash and cure in Form Wash and Form Cure to validated settings.
Applications
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Clear aligner models
Fast-printing orthodontic models used as the forms for thermoforming clear aligners and retainers in-house.
Fast Model ResinDetails on Formlabs Dental -
Restorative models
High-accuracy solid, die, fit-check and implant analog models with crisp margins for crown, bridge and implant work.
Precision Model ResinDetails on Formlabs Dental -
Surgical guides
Tooth-supported drilling guides that set implant position, angle and depth, printed in-house in an autoclavable resin.
Surgical Guide ResinDetails on Formlabs Dental -
Full dentures
Digitally produced complete dentures, pairing a printed pink base with printed teeth for a repeatable, lower-cost workflow.
Denture Base Resin Premium Teeth ResinDetails on Formlabs Dental -
Temporary All-on-X appliances
Interim full-arch, implant-supported prostheses printed in a nano-ceramic filled tooth material for strength and aesthetics.
Premium Teeth ResinDetails on Formlabs Dental -
Crowns and bridges
Printed provisionals up to seven units, plus permanent crowns and short bridges in a ceramic-filled resin.
Premium Teeth Resin BEGO™ VarseoSmile® TriniQ® ResinDetails on Formlabs Dental -
Splints and occlusal guards
Clear hard or flexible splints and night guards for bruxism and TMD patients, printable within a single appointment.
Dental LT Clear Resin Dental LT Comfort ResinDetails on Formlabs Dental -
Custom impression trays
Patient-specific impression trays for implant, denture and crown-and-bridge cases, printed without manual trimming.
Custom Tray ResinDetails on Formlabs Dental -
Indirect bonding trays
Flexible, translucent transfer trays that seat several orthodontic brackets at once, shortening bonding appointments.
IBT Flex ResinDetails on Formlabs Dental -
Casting and pressing patterns
Wax-filled printed patterns for crowns, copings, substructures and partial denture frameworks that burn out cleanly.
Castable Wax ResinDetails on Formlabs Dental
Availability of dental materials depends on local regulatory approval. Application images: Formlabs.
Patient-specific models, printed in the hospital
Clinicians get anatomical models and devices printed in-house from CT and MRI data, for better surgical planning, training and conversations with patients.
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Surgical planning models
Patient-specific anatomy for diagnosis and pre-operative planning.
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Training and simulation
Realistic models for surgical training and rehearsing complex cases.
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Guides and device prototypes
Patient-matched guides, instruments and prototypes for new devices.
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Custom orthotics
Personalised orthotic devices designed from each patient's scan.
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Audiology
Custom earmoulds, hearing-aid shells and noise-protection plugs.
How we deliver it
- Assess the clinical workflows where printing adds most value
- Set up the print lab: Form 4B, post-processing and validated resins
- Train radiology, surgical and lab teams on segmentation and printing
Technology we use
Clinical and regulatory validation of printed devices remains the responsibility of the healthcare provider.
Keep lines and remote assets running
Print jigs, fixtures, moulds and replacement parts on site, when you need them, instead of waiting weeks for imports. It matters most for oil and gas, utilities, ports and defence workshops far from their suppliers.
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Jigs, fixtures and gauges
Assembly and inspection aids made in hours and shaped to each part.
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End-of-arm tooling
Lightweight grippers and robot tooling for packaging and assembly lines.
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Replacement parts
Reverse-engineered spares printed at the point of need to cut downtime.
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Rapid tooling
Printed moulds for short-run injection moulding, thermoforming and silicone casting.
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Masking and protection
Custom masks and guards for finishing, welding and machining steps.
How we deliver it
- Audit your spare-part and tooling library for parts worth printing
- Qualify materials and set up an on-site print cell
- Train your maintenance and engineering teams to run it
Technology we use
Hands-on digital fabrication for every level
We equip classrooms, university labs and innovation centres with safe, managed 3D printing and CNC, and train the teachers who run them. Projects are delivered as complete labs, not single machines.
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Classroom 3D printing
Classroom-safe printers with teacher training and a ready-made design-thinking curriculum.
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STEM project libraries
Lessons across robotics, engineering, maths, science, art and history.
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University engineering labs
Prototyping, moulding, jigs and end-use parts for research and coursework.
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Fab labs and makerspaces
Complete labs that combine 3D printing and CNC routing, designed and installed as one.
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Design and life-science courses
Model-making, props, anatomical and fluidics models for teaching.
How we deliver it
- Design the lab around your curriculum and student numbers
- Supply, install and connect the equipment safely
- Train teachers and hand over lesson plans and support
Technology we use
From readiness to implementation and continuous improvement
Start with a conversation
Tell us about your operation and your targets. A consultant will contact you.