COMPAMED Trade Fair - High tech solutions for medical technology. Laboratory equipment, components, parts, OEM, filtration, tubing, packaging, nanotechnology. Düsseldorf Skip to main content
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This is COMPAMED

COMPAMED in Düsseldorf is a leading international trade fair for the medical technology supplier sector. The trade fair offers a comprehensive range of high-quality medical technology components, services and production equipment for the medical industry. In the exhibition halls, the latest innovations in the areas of components, modules, OEM equipment, electrical and electronic components, microtechnology, raw materials, materials and adhesives, Manufacturing of components, Manufacturing of finished products, Services and Manufacturing equipment are presented by about 750 exhibitors. In addition, the two accompanying forums, the COMPAMED HIGH-TECH FORUM and the COMPAMED SUPPLIERS FORUM, offer exciting presentations by experts from the industry and space for professional exchange.
The industry portal COMPAMED-online.com is the information platform for bringing together producers, specialist dealers, researchers and users from the medical technology industry. The B2B portal is regularly updated and offers high-quality content in its five spheres of COMPAMED, in line with the latest trends and developments in the medical world. Whether you are an exhibitor or visitor at COMPAMED, here you will find all the relevant information you need for your visit to the fair. We provide you with a versatile service that supports you, among other things, in preparing for the fair, travelling to the fair and finding a hotel. You can also use our extensive exhibitor and product database. There you can quickly and easily find the exhibitors and products that are of interest to you. Whether you are looking for specific companies, products or categories, our database provides you with all the relevant information at a glance.
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Participants

Exhibitors

Countries

Good reasons for visiting the trade fair

Networking platform

  • Exchange with experts from all over the world
  • Search for cooperations and partnerships

Unrivalled internationality

  • Visitors from 165 nations

High Quality and decision-maker density

  • High percentage of the visitors are from top management

Visitor and exhibitor diversity

  • 80,000 trade visitors and professionals
  • 750 exhibitors

The Event Partners of COMPAMED

Silver Exhibitor
Silver Exhibitor
Minivalve International B.V.
N&H Technologies

COMPAMED 2025 – Meet Health. Technology. Innovators.

The five spheres of COMPAMED

Exciting video reports, practical use cases, industry insights, and technology trends – in the five worlds of experience presented by COMPAMED Magazine, we keep the COMPAMED community up to date all year round.

Screenshot from the video

MANUFACTURING & DEVICES

Inside the making of diabetes pen technology

How are the components of diabetes pens made? Our video gives an exclusive insight into production at Servomold.
Bird's eye view of a team sitting around a table and thinking together about what a product should look like

MANUFACTURING & DEVICES

Medical packaging: 6 production phases
How does an initial idea become safe medical packaging? This article provides an overview of the production process.
Close-up view of a transparent microfluidic chip with channels and chambers

MICRO TECH

Microfluidics: FAQ on the technology
Diagnostics, analytics, research - microfluidics is a superpower for medicine and medical technology.
You can find more articles in the five COMPAMED spheres.

MANUFACTURING & DEVICES

Components and parts / end products, 3D printing and additive manufacturing as well as production 
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MICRO TECH

Microcomponents, micro processing & micro production, microfluidics and nanotechnology
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SERVICES & ADVICE

Research, design, development, consulting, testing and production
➔

MATERIALS

Plastics & composites, metals, glass & ceramics, adhesives & packaging
➔

IT IN TECH

Software, development & maintenance

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Latest news
Image: Two researchers in lab coats smiling in a laboratory with scientific equipment; Copyright: KAIST (Korea Advanced Institute of Science and Technology)
KAIST creates 3D brain research platform
KAIST developed a precise 3D brain-like platform for studying neuronal networks and testing treatments for neurological diseases.
Read more
Image: The picture shows a large group of people standing together outside in front of building; Copyright: Universitat Politècnica de València
HYDROHEAL project advances bone regeneration
HYDROHEAL develops biomaterials using hydrogels and AI to improve bone fracture treatments and speed up patient recovery.
Read more
Image: The picture shows a small blue-emitting micro-LED being tested on a laboratory setup; Copyright: FBH/P. Immerz
Far-UVC LEDs fight resistant hospital germs
Ferdinand-Braun-Institut develops far-UVC LEDs to kill multidrug-resistant germs, enabling targeted medical disinfection.
Read more
Image: Two researchers in lab coats operate a 3D lung model inside a test chamber; Copyright: Kathy F. Atkinson / University of Delaware
3D lung model supports aerosol delivery
A new breathing lung model helps researchers evaluate how inhaled medicines behave under real-world conditions, aiding respiratory drug development.
Read more
Image: It visually represents the biosensor’s surface, composed of parallel gold nanowires; Copyright: 2025 Ella Maru Studio/BIOS EPFL CC BY SA 4.0
Quantum biosensor detects biomolecules without light source
EPFL has developed a chip-sized biosensor that uses quantum tunneling to emit and detect light - for ultra-sensitive molecular diagnostics.
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Image: Close-up of screen-printing a silver conductive paste onto textile fabric; Copyright: DITF
Elastic inks for durable medical smart textiles
DITF researchers develop conductive inks that retain performance under stress.
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Image: A compact ISFET evaluation system, with a sensor immersed in a liquid-filled beaker; Copyright: Fraunhofer IPMS
Energy-efficient portable pH monitoring
Fraunhofer IPMS developed compact ISFET control electronics, ideal for water analysis and medical fluid diagnostics.
Read more
Image: Schematic of the QIScope optical setup and comparison of live-cell imaging results; Copyright: Ruyu Ma - Helmholtz Munich
QIScope reveals cell activity in low light
The QIScope microscope captures bioluminescent signals in living cells with high sensitivity and resolution, ideal for long-term biological imaging.
Read more
Image: A gloved researcher handling a microneedle patch using laboratory tweezers; Copyright: National University of Singapore
Microneedles improve wound healing
Microneedle technologies developed at NUS speed up diabetic wound healing and reduce inflammation in studies.
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Image: Microscopic image of a bio-ink with embedded electrospun fibres; Copyright: NMI
Bioink with fibers boosts nutrient flow in bioprinting
A new fiber-based bioink improves nutrient transport and structural integrity in 3D-printed tissue models for pharma and medical use.
Read more
Image: An ultrasonic sensor chip with a rectangular component with fine parallel lines; Copyright: Sebastian Lassak, Fraunhofer IPMS
Edge AI sensors for health and environment
InSeKT develops compact edge AI sensors for real-time applications in medical technology, industrial electronics, and environmental monitoring.
Read more
Image: A modern virtual application lab showcasing quantum sensing equipment; Copyright: Fraunhofer IAF
New virtual application lab for quantum sensing
Fraunhofer IAF has developed a virtual application lab to promote the use of quantum sensors in industry, allowing interactively measurements.
Read more
Image: A researcher in a lab works on a computer, analyzing data on the screen; Copyright: Mikael Nyberg
Method for developing precise sensors
Researchers introduced a new method for creating highly sensitive sensors that could play a crucial role in healthcare monitoring.
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Image: A gloved hand in a blue lab glove holds a small, cube-shaped soft actuator; Copyright: Empa
Soft muscles from the printer
Researchers developed soft silicone actuators using 3D printing. These artificial muscles could one day support movement in humans.
Read more
Image: Two researchers in a laboratory wearing white lab coats and purple gloves work with pipettes and petri dishes; copyright: Daniel Nilsson
Ultra-sensitive detection method for bacterial spores
Researchers at Umeå University have developed a highly sensitive detection method that could improve food safety and contamination control.
Read more
Image: A 3D printer applies a black printing ink to a white plate; Copyright: Shengduo Xu / ISTA
Thermoelectric materials from the 3D printer
Thermoelectric materials play a crucial role in efficient temperature regulation in electronics and medical applications.
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Image: The image shows a microscopic close-up of a structured surface with spherical microlenses; copyright: Fraunhofer IMWS
Microlenses: new laser process
A process called laser swelling, enables the cost-effective and customized production of microlenses for eyeglasses.
Read more
Image: A magnetic vector scanner with electronic circuitry; Copyright: Fraunhofer IPMS
High-precision imaging and laser
A recent development from the the Fraunhofer IPMS: the first hybrid 2D vector scanner modules with electromagnetic drive.
Read more
Image: A researcher wearing protective gear works closely with precision equipment in a laboratory setting; Copyright: Thor BalkhedRestriction
Connection between individual cells and organic electrodes
A research team has successfully established a close connection between individual cells and organic electrodes.
Read more
Image: Group photo of the 4C community on the lakeshore; Copyright: Janina Datz (LNM, TUM)
Open-source software 4C for medical simulations
Researchers has released the 4C (Comprehensive Computational Community Code) as open-source software.
Read more
Image: A cube of cartilage construct on a petri dish held by a gloved hand in a laboratory setting; Copyright: Ozbolat Lab at Penn State / Penn State
Bioprinting: speed up in functional tissue fabrication
Penn State researchers have unveiled a bioprinting method that accelerates tissue production 10 times faster.
Read more
Image: Placenta shortly after birth on a white background
AI tool for faster detection of placental health issues
A new developed AI-tool could improve neonatal and maternal care by analyzing placentas immediately after birth.
Read more
Image: A modern bioreactor under blue and red light, equipped with pumps, tubes, and sensors on a plate; copyright: Fraunhofer ISC
Bioreactor enhances long-term culturing of human stem cells
Fraunhofer Translational Center have developed a bioreactor for long-term culturing of stem cells.
Read more
Image: A pair of hands holding a flexible, colorful strip made of jelly-like segments in red, blue, and green, representing the jelly batteries; Copyright: University of Cambridge
Bioelectronics: Soft and stretchable jelly batteries
Research discovery in materials science: soft, stretchable "jelly batteries", flexible batteries inspired by electric eels.
Read more
Image: A chemist holds a sample that is analyzed for biomarkers using the developed graphene-based sensor; Copyright: Jens Meyer/Uni Jena
New advances: graphene-based sensor for medical diagnostics
Researchers have developed a novel method for the functioning of graphene-based biosensors.
Read more

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