OEM Development
Services
Your idea is strong!
We develop it into a
production ready product.
You may be asking yourself: Who develops the electronics? Who knows about approval? How can I get everything into series production safely?
This is exactly where DITABIS comes in. We are your partner when it comes to turning an idea into a finished product – quickly, safely and without detours.
Our Solution:
- Everything from a single source: mechanics, electronics, firmware, software and UI – developed in an interdisciplinary manner, without interface losses.
- Early clarity: We check technical feasibility and regulatory requirements (e.g. MDR, CE, FDA, etc.) as early as the concept phase.
- Seamless transition to series production: From development straight to production – without detours, with clear responsibilities.
- Partnership instead of supplier: We think along with you, provide impetus and develop together with you – flexibly, agile, at eye level.
Our Experts At DITABIS
Mechanical Design
Our device engineering combines function, ergonomics and modern housing design – from the initial idea to series production. Whether prototype construction or complex mechanical development: we consider manufacturing processes right from the start, reduce risks and create products that are technically and visually impressive.
Electronics
Our Electronics Development covers the entire process – from circuit development and printed circuit board (PCB) design to integration into prototypes and series production. We develop robust hardware that meets regulatory requirements, can be produced safely and forms the basis for high-performance medical and industrial devices.
Services In Detail
- Housing & product design (functional, ergonomic, CI-compliant, bio compatible materials)
- Mechanical & CAD design of components, modules and assemblies
- Material selection & production-oriented design (plastic, metal, injection moulding, 3D printing)
- Integration of electronics & displays into housings and user interfaces
- Design of moving components (e.g. hinges, slides, drives, actuators)
- Ergonomics & operating concepts for safe and intuitive user guidance
- Design in accordance with standard requirements (e.g. ISO 13485, IEC 60601)
- Prototype construction and CAD simulation for functional and stress testing
- Mechanical testing and validation (e.g. cycle testing, stability, IP protection)
- Development and design of production equipment, fixtures and QA-relevant components
- Documentation and production documents for series transfer and certification
Services In Detail
- Circuit development & PCB design (including layout, simulation and EMC-compliant design)
- Development of embedded systems for control, signal processing and sensor evaluation
- Integration of sensors and actuators (e.g. temperature, pressure, optical sensors)
- Selection of suitable components & supplier management from a regulatory perspective
- Development of safety-related hardware (e.g. redundancy, fail-safe concepts, standards such as IEC 60601)
- Firmware integration & interface development (e.g. UART, USB, Ethernet, Bluetooth, WLAN)
- Power management & energy efficiency (power supplies, battery operation, charging electronics)
- Verification of electronics through testing in accordance with MedTech standards
- Preparation of technical documentation for approvals (e.g. CE, MDR, FDA)
- Preparation of manufacturing documents (Gerber data, BOM, etc.)
- Cooperation with mechanical and software teams for seamless system integration
Firm- & Software
Our Firm- & Software development encompasses embedded solutions, graphical user interfaces (UI/UX) as well as desktop and cloud applications. From controlling individual functions to complete system integration, we develop secure, intuitive and future-proof software – tailored to the needs of our customers.
Prototyping
We combine state-of-the-art manufacturing technologies with our development expertise to quickly and cost-effectively produce functional prototypes and pre-series devices. Through precise testing, validation and verification, we ensure that your devices not only look good on paper, but also pass practical tests – thus laying the foundation for a smooth transition to series production in medical technology, life sciences and other industries.
Services In Detail
- Firmware development for embedded systems (control, signal processing, sensor integration)
- C | C++ | C# | Python | Java | Assembler | PHP | .NET | …
- Driver & interface programming (e.g. UART, USB, Ethernet, Bluetooth, WLAN)
- Development of graphical user interfaces (UI/UX) for touch displays and desktop software
- Software architecture & system integration for complex device platforms
- Cloud & connectivity solutions (e.g. data management, remote updates, IoT connectivity)
- Data management & security concepts (encryption, access controls, data protection according to MDR/GDPR)
- Test automation & unit tests for high software quality and regulatory compliance
- Validation & verification according to standards (e.g. IEC 62304, ISO 13485)
- Creation of regulatory documentation (e.g. software development files, risk analyses)
- Close cooperation with electronics & mechanics for optimal device integration
Services In Detail
- Rapid prototyping with 3D printing, CNC, injection moulding and additive processes
- Construction of functional models and pre-series devices for early validation
- Integration of electronics, mechanics and software in real test devices
- Test planning and test execution in accordance with regulatory requirements (ISO 13485, IEC 60601, IEC 62304)
- Verification and validation of functions, safety and reliability
- Long-term and stress tests (e.g. service life, temperature, vibration, IP protection)
- Usability testing and human factors engineering for safe and intuitive operation
- Iterative optimisation of design, materials and manufacturing processes
- Preparation of test reports and documentation for approvals (CE, FDA)
- Seamless transfer to series production through close coordination with production and QM
Options
Overview
Housing
- customised design or
- catalogue housing
- use of existing parts
- plastic, metal
- bio compatible
- quantity-optimised
Control Elements
- touch displays
- switches
- buttons
- soft touch elements
- haptic elements
- mechanical elements
Displays
- with touch and without
- colour or black and white
- various different technologies such as LCD/OLED
- UI/graphics/menu a.s.o. as specified
Your Advantages With DITABIS
1. Everything from a single source
2. Safety & Regulatory Affairs
3. Quick results, early decisions
With prototypes and functional models, we provide you with early clarity on feasibility, design and operating concepts. This enables you to convince investors, accelerate internal decisions and shorten your time to market.
4. Partnership
Project Samples
Further development of existing device generations
We retain the proven basis and continue to develop the device in a targeted manner. The result is a new generation of devices that combines solid technology with modern functions, for example:
- Modern housing design with improved ergonomics and durable materials
- Touch display for intuitive and safe operation
- New electronics platform with energy-efficient power management and future-proof interfaces
- Connectivity functions such as Bluetooth and Wi-Fi for data transfer and service access
- IoT functions for monitoring, predictive maintenance, analysis and remote updates
- We document all changes in accordance with DIN EN ISO 13485 and prepare the device for approval.
The result: proven technology is used to create a new generation of devices that remain reliable but are once again at the forefront of the market thanks to the latest functions. A clear competitive advantage for our customers.
Handheld Devices
A customer has a vision for a compact handheld device that enables rapid analysis directly at the point of care or in the field. The challenge: high functionality in a small space, intuitive operation, robust design and regulatory compliance.
Various Device Types
- Point-of-care diagnostic devices (e.g. for blood tests, PCR or antigen analyses)
- Lab-on-a-chip systems for portable research and life science applications
- Therapy devices (e.g. for physiotherapy or dermatology)
- Measuring and monitoring devices (e.g. vital signs, temperature, gas sensors)
We take care of the entire development process, from the initial idea to series production:
Design & Ergonomics
- Compact housing design (plastic or metal, injection moulded or hybrid solutions)
- Ergonomic design for one-handed operation
- Biocompatible materials, robust construction (IP protection classes, shock resistance)
Electronics & Hardware
- PCB design for highly integrated electronics
- Integration of sensors and actuators (optical, electrical, thermal, biological)
- Power supply via lithium-ion batteries, with charging and power management
- Wireless connectivity such as WLAN, Bluetooth, LTE or IoT connection
Firmware & Software
- Embedded firmware for fast signal processing
- User-friendly UI/UX on touch displays (LCD or OLED)
- Cloud connection for data storage, evaluation and remote updates
- Integration of security mechanisms (data encryption, access control)
- Prototype construction & testing
- Rapid prototyping for early functional models
- Verification & validation according to IEC 60601 (medical technology) or industry-specific standards
- Usability tests and human factors engineering
The finished handheld device combines reliability, intuitive operation and modern networking. It is regulatory compliant, scalable for series production and can be flexibly adapted to future generations.
Imaging
We develop the device holistically – from optics and electronics to software – and combine proven technologies with state-of-the-art imaging solutions, for example:
- High-precision optical modules (e.g. lenses, filters, laser sources) for accurate imaging
- High-resolution camera sensors with optimised signal processing
- Motion systems & mechanics for precise positioning and stability (e.g. in microscopes or scanners)
- Powerful electronics & data processing for fast image calculation and analysis
- Intuitive user interface on touch display with live preview and image processing tools
- Connectivity and cloud functions for storing, analysing and securely sharing image data
- Hygienic, ergonomic housing design for use in medical environments
All developments are carried out in accordance with the necessary regulatory standards and take into account the requirements for successful certification of the device as early as the concept phase.
The result: an imaging device that combines clinical precision with modern ease of use and opens up completely new possibilities for users in laboratories, clinics and research.
Start-up Wearable
DITABIS takes on the role of development partner and accompanies the start-up step by step:
- Feasibility study & prototyping for rapid validation of the idea
- Design of housing and mounting system with a view to ergonomics and series production
- Development of electronics including sensor integration and power supply
- Firmware & software development with intuitive user interface
- Regulatory consulting in accordance with ISO 13485 and preparation for CE marking
- Pilot production & test series to convince investors and partners
The result is a functioning pre-production device that the founders can successfully present within a reasonable time frame. With our support, the start-up not only gains technological certainty, but also the confidence of investors – laying the foundation for a successful market launch.
In-Vitro-Diagnostics
We take on the entire development process and contribute our interdisciplinary expertise. The result is a device that combines performance with easy use, e.g. through:
- Highly integrated electronics platform for precise signal processing and control
- Optical modules for detection (e.g. fluorescence)
- Automated sample handling for safe and reproducible processes
- Touch display with intuitive UI/UX, optimised for laboratory and POC applications
- Connectivity functions such as Wi-Fi, Ethernet or cloud connection for result transfer and remote monitoring
- Compact, hygienic housing design for easy cleaning and safe handling
- Test kits, e.g. for calibration or quality assurance of the device
All development work is carried out in accordance with ISO 13485 and takes into account the requirements of the IVDR from the outset.
The result: a market-ready IVD device that delivers precise measurement results, is regulatory compliant and opens up new application possibilities thanks to modern features.
Privacy
An important component for cooperation
Unfortunately, we are unable to show most of our exciting projects, and there is a good reason for this. Discretion and confidentiality are a matter of course for us. Many of our customers entrust us with highly sensitive developments that are subject to strict non-disclosure agreements (NDAs) and do not want us to appear as a partner. At DITABIS, your ideas and technologies are in safe hands.
One Point of Contact
Clear Communication
At DITABIS, you will have a dedicated project manager as your personal point of contact throughout the entire collaboration. They will be familiar with your project in detail, coordinate the team and ensure that development, production and regulatory affairs work together smoothly.
For you, this means:
- Clear communication without detours
- Planning reliability through coordinated processes
- Quick decisions thanks to direct responsibility
- Transparency regarding progress, costs and schedules
This is how we ensure that your project is in safe hands – from the initial idea to series production.
You have a good idea,
but no partner for technical implementation?
Our Solution:
Cross-Industry Know-How
Our focus is on medical technology, life sciences and laboratory technology – but our expertise does not end there. We also apply our know-how across industries.
Whether in Robotics, Automation, Consumer Electronics or Defence – wherever precision, quality, regulatory thinking and reliable series production are required, we contribute our experience. This results in cross-industry products that benefit from our approach.
FAQ – Area
1. What services does a development at DITABIS specifically cover?
2. How do you ensure that my product complies with regulatory requirements (MDR, CE, FDA)?
3. How long does a development project typically take – from the idea to the prototype or series production?
That depends on the complexity and desired certification of your device. We can often produce initial functional prototypes within a few months, while complete and complex series projects can sometimes take 2-3 years. The important thing is that we work efficiently, in a structured and transparent manner, so that you always have a clear overview and can plan accordingly.
4. What sets DITABIS apart from other development service providers in the industry?
5. Can DITABIS also update and modernise old product generations?
6. Do you also offer reverse engineering services?
7. Do you also provide solutions for start-ups?
8. Is it possible to collaborate with DITABIS without using production services?
9. We have developed our own core technology – can you turn it into a complete product?
We take care of the mechanics, electronics, firmware, software, housing design and approval processes and integrate your technology into a product. This turns your innovation into a market-ready device – quickly, reliably and in compliance with regulatory requirements.
Interested?
Let’s get in contact with each other!
We look forward to getting to know you and your idea! Please contact our sales team:
Klementina Nagy-Kanasz
Sales & Marketing
Tel.: +49 (0) 176 / 1298 6337
E-Mail.: K.Nagy-Kanasz@ditabis.de