Nitium Technology

Nitinol manufacturing · Titanium-alloy printing

From alloy development.
To manufacturing innovation.

Our expertise in metal injection moulding spans titanium alloys, NiTi, TiNb and TiMgZr. Building on this foundation, we have developed a proprietary FDM system primarily for nitinol and titanium-alloy printing, bringing alloy production and equipment development under one roof.

Explore our manufacturing systems Discuss your alloy application
NITINOL & TITANIUM-ALLOY FDM Nitium stainless steel sintering furnace with side-mounted touch display Nitium enclosed dual-extruder metal 3D printer
Alloy feedstock.
Print. Debind. Sinter.

01 / Manufacturing systems

Build the shape.
Bring it to metal.

Our metal FDM printer and bottom-loading sintering furnace bring material development and manufacturing equipment into one conversation.

NITIUM / METAL FDMNitium metal 3D printer, front three-quarter viewDual extrusion. Dedicated material paths.

Your next idea. Built in metal.

Two tools.
One build area.

One extruder deposits bound-metal feedstock. The second places ceramic-release interfaces. Motor-driven axial pushers and separate tool stages support a platform developed around nickel–titanium feedstock.

Extruders
2
Nozzle diameter
0.4 mm
Build plate
300 × 300 mm

Build-plate dimensions describe the plate, rather than the printable build volume. Printed parts require debinding, sintering and application-specific finishing.

Explore the technical details
Process
Metal fused deposition modelling (FDM)
Feed system
Motor-driven axial pushers
Tool arrangement
Separate X stages; shared Y gantry; Z-moving bed
Operator access
Front touchscreen; front and side viewing windows
Enclosure reference
650 × 650 mm footprint; 720 mm body height
Twin extruders and the shared build area inside the printer
Enquire about the printer Product brochure
  1. 01
    Prepare

    CAD, supports & material

  2. 02
    Print

    Metal feedstock & release layers

  3. 03
    Debind & sinter

    Material-specific thermal processing

  4. 04
    Finish & inspect

    Geometry, surfaces & dimensions

02 / OEM services

Your product.
Our production floor.

Bring us your part, product or process challenge. From CAD and reverse engineering to machining, moulding, printing, materials processing and packaging, we combine our in-house capabilities to build what your project needs—from a one-off prototype to a repeat production batch.

12 services
W250 five-axis CNC milling machine used for OEM component machining

MACHINING

5-axis CNC milling

Turn your CAD into complex components, contoured surfaces, precision fixtures and moulds. Our 5-axis platform supports the challenging geometries your product needs.

Discuss this service
CNC turning machine for shafts, bushings and cylindrical OEM components

MACHINING

CNC turning

Source custom shafts, bushings, sleeves, rings and threaded parts from one machining partner. We work with your drawings to develop cylindrical components for prototypes and repeat batches.

Discuss this service
Industrial large-format stereolithography resin printer

PROTOTYPING

Large-format SLA

See your design at full scale before committing to tooling. Our 600 × 600 × 400 mm SLA platform produces anatomical models, housings, master patterns and detailed demonstrators.

Discuss this service
Bambu Lab polymer FDM 3D printer
3D scanner for part digitisation and reverse engineering

DIGITISE & PROTOTYPE

3D printing & scanning

Bring a digital design or an existing part. We combine 3D scanning and polymer FDM printing to support reverse engineering, fit checks, enclosures, jigs and functional prototypes.

Discuss this service
Sixteen-ton hydraulic injection moulding platform

INJECTION MOULDING / 16 TON

Moulding for your next product

Develop moulded parts with our 16-ton platform. From tooling trials to pilot batches, we support powder-filled feedstocks and process development for your component geometry.

Discuss this service
Compact six-ton injection moulding machine

INJECTION MOULDING / 6 TON

Compact moulding. Focused trials.

Explore smaller components and new material formulations on our 6-ton system. A practical route for mould trials, research samples and early product development.

Discuss this service
Planetary centrifugal speed mixer for feedstock and formulation development
Sigma-blade kneader for powder–binder mixing

FEEDSTOCK & FORMULATION

Your material. Formulated to process.

Develop powder–binder feedstocks, pastes and filled polymers with centrifugal mixing and sigma-blade kneading. We help connect your formulation to the moulding, printing or extrusion process.

Discuss this service
Drying oven for material conditioning and drying
Laboratory furnace for material-specific thermal processing

THERMAL PROCESSING

Debinding & sintering

Take moulded or printed feedstocks through the next stage of manufacture. Our drying oven and laboratory furnace support drying, debinding, sintering and thermal-process development, with equipment and cycles selected for your material.

Discuss this service
Automated optical dimensional measurement system

DIMENSIONAL INSPECTION

Dimensional metrology

Check how your part compares with the design. Optical measurement and dimensional reports support prototype approval, tooling adjustments, shrinkage studies and production checks.

Discuss this service
Mechanical test equipment for cyclic and fatigue studies

MECHANICAL TESTING

Mechanical & cyclic testing

Understand how your material or component responds under load. We develop fixtures and method-specific cyclic or fatigue tests to support design decisions and product-development work.

Discuss this service
Polymer extrusion line for tubing and 3D-printing filament

TUBING & FILAMENT

Extrusion for your application

Develop polymer tubing and 3D-printing filament around your material and target dimensions. We support formulation trials, extrusion settings and pilot runs for your next product.

Discuss this service
Blister packaging machine for product and component presentation
Conveyor heat-shrink wrapping machine

PRODUCT PACKAGING

Ready for the next step

Bring your components together with blister packaging and heat-shrink wrapping. We support kit presentation and pilot packaging so your product is ready for demonstrations, sampling or the next stage of supply.

Discuss this service

Tell us what you need to make. We’ll help define the material, geometry, tooling and process route, then plan a practical path from prototype to production.

Build with Nitium

03 / Dental

Support for teaching.
Tools for the workflow.

Explore Nitident implant education kits, VITTA impression materials and model-printing support for thermoformed clear aligners.

Nitident surgical instrument kit for dental education and simulationNITIDENT / EDUCATION RANGE
Education & simulation

Learn the complete
implant sequence.

A coordinated range for dental schools, hands-on workshops and demonstrations—from implant placement in training blocks to impression and prosthetic component handling.

  • Surgical instrument kits
  • Implants, cover screws & abutments
  • Open-tray impression copings & analogues
  • Healing components & D1–D4 training bone blocks

Education and simulation use only. This range is supplied for training, rather than as a clinical-ready implant system.

Plan your teaching kit
Nitident implant fixture, cover screw, abutment, impression components and training supply bottle

From placement to prosthetics

One coordinated learning range.

Teach component identification, placement, impression transfer and restoration workflows using a coordinated set of training components.

IMPLANT · ABUTMENT · COPING · ANALOGUE
Nitident VITTA light-body and heavy-body PVS impression material cartridges and packaging

Nitident VITTA

A local impression.

Light-body and heavy-body polyvinyl siloxane (PVS) addition-silicone impression materials, manufactured in Malaysia.

Contact us for the current product specification, instructions for use and supply information.

Explore VITTA
Illustration of printed dental models used in a thermoformed clear-aligner workflow

Clear-aligner workflows

You plan. We print.

Send approved stage STL files for model printing, washing, curing, support removal and dimensional checks. Your team handles stage design, thermoforming, trimming and clinical care.

Build fit, material selection and dispatch timing are confirmed for each order. Image illustrates the application.

Discuss model printing

04 / Quantum & next-generation materials

Small structures.
New directions.

Materials development is at the heart of Nitium. We connect functional alloys and emerging materials with the researchers exploring what they can do.

Electron micrograph of molybdenum trioxide belt-like structures from Nitium's materials profileSTRUCTURE / ELECTRON MICROGRAPH
MoO3Molybdenum trioxide research-material sample vials

Molybdenum trioxide

MoO3
nanobelts & flakes.

Explore molybdenum trioxide materials for research into functional surfaces, sensing, optoelectronics and energy-related devices. Discuss the morphology, quantity and characterisation your study needs.

ElectrochromicsGas sensingOptoelectronicsEnergy storage

Research directions indicate potential applications, rather than qualified device performance. Material specifications and availability are confirmed by enquiry.

Start a materials conversation
NiTi

Functional alloys

Nitinol feedstock, powder processing and components for shape-memory and advanced engineering research.

TiNb

Quantum-related research

Titanium–niobium alloy development for superconducting-materials and coaxial-component research.

TiZr

Precision research materials

Titanium–zirconium alloy development for projects exploring low-magnetic-noise materials and precision metrology.

05 / Patient-specific manufacturing

Complex anatomy.
Considered engineering.

Manufacturing support for patient-specific cranial projects, from CT-derived models and implant CAD to 5-axis titanium machining and dimensional reporting.

We review the geometry, plan workholding, develop toolpaths and check the machined part against the agreed design. SLA skull or defect models can support the project where required.

  1. 01
    Review the model & CAD

    Agree the design inputs, material and manufacturing scope.

  2. 02
    Plan & machine

    Develop workholding, CAM and collision-checked machining.

  3. 03
    Inspect & document

    Check agreed dimensions and provide the inspection report.

Clinical design approval, sterilisation and its validation, regulatory requirements and clinical release are agreed separately with the responsible clinical and distribution partners.

Discuss a cranial project
Illustrative skull model showing the position of a patient-specific titanium cranial implant

CRANIAL MANUFACTURING WORKFLOW

Anatomy → CAD → machining → inspection

Explore the illustrated process, including anatomical models and workholding.

View the full workflow Download workflow image ↓

06 / About Nitium

Rooted in science.
Built in Malaysia.

Founded in 2016, Nitium Technology Sdn. Bhd. is a Malaysian advanced-materials and manufacturing company based at the UKM–MTDC Technology Centre in Bangi.

Our work brings together nitinol and functional-alloy development, powder metallurgy, precision manufacturing and product engineering. We support researchers, educators and industry partners as they move from a material or an idea towards a physical product.

As a Nitinol Mission-Based Project champion under NIMP 2030, we contribute to the development of Malaysia’s advanced-materials ecosystem—from local technology and manufacturing capability to research collaboration and talent development.

Nitium's national industrial recognition ceremony photograph, supplied in the company profile

Industrial leadership

Part of Malaysia’s
materials ambition.

NIMP 2030 Nitinol Mission-Based Project champion and contributor to the National Advanced Materials Roadmap 2021–2030.

Awards & intellectual property

Recognition

Milestones along the way.

International recognition for Malaysian materials innovation.

GERMANY / 2017

iENA

Gold Medal Award

MALAYSIA / 2017

ITEX

Gold Medal Award

JAPAN / 2020

Asian Entrepreneurship Award

Second place

ASIA PACIFIC / 2021

MedTech Innovator APAC

Top 20 start-ups

Also recognised through K-Startup Grand Challenge 2018 and PECIPTA 2017 & 2019.

Intellectual property

Science with
a foundation of IP.

Our portfolio covers porous implant manufacturing, dental implant development and metal feedstock for FDM printing.

Granted

Porous medical implant manufacturing

Malaysia · PI 2018703906

Granted

Porous medical implant manufacturing

South Korea · 10-2019-0132057

Application

Dental implant & porous implant production

Malaysia · PI 2023001625

Application

Metal filament production for FDM printing

Malaysia · PI 2024003442

Let’s make something real.

Start with
a conversation.

Tell us about your application, material, geometry or teaching requirements. We’ll help identify the next practical step.

info@nitiumtech.com
Nitium Technology Sdn. Bhd.
B5-11, Block Intron Ekson
UKM–MTDC Technology Centre
43650 Bangi, Selangor, Malaysia
Find the technology centre

What are you working on?

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Illustrated cranial workflow from patient CT and CAD through workholding, CAM, titanium machining and dimensional inspection

Workflow illustration supplied by Nitium. Project scope and clinical responsibilities are agreed separately.

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