Measurement technology & automation - we build test systems
With high-accelerated 2D/3D measurement technology, intelligent robotics and automation, we realize efficient, audit-compliant test systems for MedTech & Life Sciences. Together we develop turnkey systems that sustainably secure your quality assurance in production.
Measure, check and evaluate micrometer accuracy
Automated robot cells for seamless test drives
We plan and build your turnkey system
High-end measurement technologies at an overview
From conventional inspection far from: We rely on high-end measurement technologies, with which we can check complex components in micrometer resolution and short cycle times. Below you will find key figures on resolution, cycle times and typical application examples.
| technology | Max. Resolution | Min. Backstream | 2D / 3D | Application example | Inspections |
|---|---|---|---|---|---|
|
Matrix camera |
2µm |
0.05s |
2D |
Color and surface test, barcode reading |
Measurement, surface defects |
|
Line camera |
1µm |
0.05s |
2D |
Edge and train control in conveyor routes, surfaces |
Edge test, surface defects, microstructures |
|
TDI camera |
0.5µm |
0.025s |
2D |
High-speed inspection of surfaces |
Print image control, surfaces, microstructures |
|
Focus stacking |
2µm |
1s |
2D |
3D shape components, miniaturized components, metal components |
Height profiles, microdefects, surface defects |
|
Chromatic confocal line sensor |
z: 20nm |
1s |
3D |
Profile and surface measurement |
Form & profile tolerance |
|
Chrome confocal point sensor |
0.2µm |
0.1s |
3D |
Precise thick and distance measurement |
Leveling and diameter test |
|
Optical coherence tomography OCT |
5µm |
1s |
2D/3D |
Layer thickness and substructure analysis |
Inner defects, layer thicknesses |
|
3D laser profile cut |
1µm |
0.5s |
3D |
Edge detection, profile measurement, 3D shape test |
Profile test, 3D examination, defect test, presence |
|
Shape from shading |
10µm |
1s |
2.5D |
3D lettering, defect recognition, quirks, scratches pores |
Surface defects, contour deviations |
|
3D test with structured light |
10µm |
1s |
3D |
Volume and shape test |
Volume & form tolerance |
|
Optical micrometer shadow throw |
1µm |
0.5s |
2D |
Thick and profile measurement |
Profile and thick test |
|
Optical microscopy |
0.43µm |
0.5s |
2D |
Detail inspection, particle analysis |
Visual defect recognition |
|
Laser scanning microscopy LSM |
Z: 0.05nm |
5S |
3D |
Highly accurate surface test |
Submicrometer defects, cracks, scratch recognition |
|
Teletentric imaging |
2µm |
0.05s |
2D |
Dimensional area and system testing |
Dimensions & PLATIONS Control |
The challenges of medical technology production
In medical technology, minimal deviations are often the decisive factor for security, functionality and standard compliance. Mabri.Vision develops and manufactures test systems with high -precision measuring technology, which reliably capture even the smallest deviations.
Regulatory requirements
Increasing regulatory requirements require complete documentation and traceability.
Cost pressure
The cost pressure in the healthcare system requires more efficient production processes.
Quality standards
The highest quality standards are not negotiable when it comes to patient safety.
Skills shortage
The shortage of skilled workers in medical technology production leads to bottlenecks that affect efficiency and innovation.
Market trends
+15,96%
Annual growth in the computer vision area until 2031 (1)
+ 25,83%
Annual growth by 2029 in AI applications in the medical area (2)
+ 3.66 billion
USD growth in industrial automation in the Life Science industry from 2025 to 2029 (3)
Project references: Automated test processes in use
Discover in selected customer projects on how to combine high -precision measurement technology and smart automation. From high-speed microscopy to OCT-3D inspection, the following references show how our systems create real added value in medical technology and life sciences.
Testing system for high-precision miniaturized medical technology components
A leading manufacturer of miniaturized medical technology components relies on our testing system to implement the highest precision and reduced cycle times and automate manual test steps. The multimodal 2D and 3D test recognizes even the finest deviations on surfaces-for reliable products and efficient production.
0.2 µm
Defect size in the Z direction
258 %
Higher throughput
High-speed testing system for microfluidic chips
Qiagen, a leading diagnostic provider, optimizes its production with our test systems-for less committee and higher throughput. With high-speed microscopy and on-the-fly focus, we inspect 1.5 million characteristics per component in seconds instead of minutes.
5µm
Feature recognition
3000%
Faster than the previous examination
Inline testing system for cardiovascular implant components
A leading manufacturer of CRM medical technology optimizes its quality assurance with our fully automatic inspection solution. Using optical coherence tomography (OCT), polarization-sensitive matrix camera and on-the-fly-focus stacking, we check 34 features of the component-including robot-based handling and audit-ready data acquisition.
0.005 Inch
Minimal distance
320 %
Throughput increase
Our project approach in three phases
With our 3-phase model, we structure the entire life cycle of your test project-from project preparation to system realization to service and maintenance.
Phase 1
Project preparation
shared briefing, clarifying requirements and checking feasibility.
It is important to us that you have an experienced contact person. In this phase you will be looked after by one of our managing directors.
shared briefing, clarifying requirements and checking feasibility.
It is important to us that you have an experienced contact person. In this phase you will be looked after by one of our managing directors.
1. Analysis of your test request
2. Feasibility examination with first tests
3. Creation Concept and offer
2. Feasibility examination with first tests
3. Creation Concept and offer
Phase 2
Project realization
from the concept to the finished system.
This phase is looked after by one of our technical project managers.
from the concept to the finished system.
This phase is looked after by one of our technical project managers.
1. Commission / kick-off
2. Design qualification (DQ)
3
.
2. Design qualification (DQ)
3
.
Phase 3
Service & maintenance
availability and reliability is our biggest goal.
Our service team is available here at any time.
availability and reliability is our biggest goal.
Our service team is available here at any time.
1. Service
2. Maintenance
3. Spare parts supply
2. Maintenance
3. Spare parts supply
Dr. Nicolai Brill and Dr. Ulrich Marx
The founders and managing directors of Mabri.vision GmbH
Do you have any questions?
Our measurement technology and automation experts will be happy to advise you!
Phone: +49 241 5652 7930
Email: Vertrieb@mabri.vision
Frequently asked questions
Our systems are designed for a variety of medical technology products. Including implants, pacemakers, stents, catheter, microfluidic components and injection molding components. Pharmaceutical packaging, Lab-on-A-Chip systems and diagnostic test kits can also be reliably analyzed. Each test system can be individually adapted to your specific requirements.
Yes, we develop each solution individually tailored to the specific requirements of your products and processes.
Yes, we offer both stand-alone solutions and the integration of our testing systems into existing production processes.
We offer comprehensive training courses and support for commissioning, operating and maintenance of the test system to ensure high efficiency and reliability in operation.
We offer tailored maintenance and service packages to ensure optimal performance and longevity of the test system, including technical support and regular updates.
(1)-https://de.statista.com/outlook/tmo/kuenstlich-intelligenz/computer-vision
(2)-https://www.mordorintelligence.com/de/indery-rorts/artificial-intelligence-in-medicine-market
(3.
