Wearable technology

Unleash the Power of Integration: Where Wearable Technology Transforms Your World

At 2M Engineering, we firmly believe that our true competitive advantage lies in our unique ability to seamlessly integrate diverse technologies into a single, groundbreaking product. While the ingredients utilized by everyone may seem similar, it is our exceptional talent for combining them that sets us apart.

With an unwavering commitment to innovation, we are dedicated to revolutionizing the way you interact with technology on the go. Our extensive range of wearable devices is designed to enhance your lifestyle, empowering you with unparalleled convenience, connectivity, and style.

At 2M Engineering, we understand that wearable technology is not just about functionality; it’s about the seamless fusion of form and function. Our expert team of designers and engineers collaborate tirelessly to craft aesthetically pleasing products that merge seamlessly into your everyday life. From sleek smartwatches to fashionable fitness trackers, we offer an impressive selection of wearables that effortlessly blend fashion-forward design with state-of-the-art technology.

Moreover, our commitment to user experience is unwavering. We ensure that every product we deliver is user-friendly, intuitive, and optimized for seamless integration into your digital ecosystem. Stay connected, monitor your health, and experience a new level of convenience, all at the touch of your fingertips.

2M has extensive experience with a large number of sensors, hardware solutions, embedded software and embedded algorithm development to create robust, accurate next generation wearables. 

Flight Sensing Shirt - wearable technology in textile

Wearable technology building blocks

Over the years we have built a large basket of building blocks. Building blocks that we can be used to reduce development time, money and reduce technical risk.

Sensors

A large variety of standard and specialized vital body sensors and sensor combinations.

  • Activity, Posture, 3/9 DOF Motion
  • Electrocardiogram (ECG)
  • PPG based HR, SPO2
  • Breathing rate / Respiration
  • GSR
  • (Contactless) temperature & humidity
  • Distance / height
  • Pressure / weight. Various sensing principles
  • Bodily fluid analysis (blood, saliva etc)
  • Raman spectrometry
  • Photonic sensors
  • Printed and textile sensors

Hardware

Small (wearable) hardware platforms that can easily be modified for specific purposes including custom antenna design.

Low power design.

Device mechanics for small devices including waterproof designs in plastics, aluminium or metals.

Optics and opto-electronics.

Mechatronics.

Software

Embedded software middleware platforms for various microcontrollers.

  • Low level drivers
  • Upgradability
  • User Interface engines
  • Wireless BLE and WiFi stacks
  • Translated & tested biomedical algorithms for embedded use
  • Low power design & features

Biomedical Algorithms

Common functions for a number of default operations:

  • Movement artifact correction
  • Activity & posture filtering and feature extraction
  • Quality indici
  • Peak and feature detection using various techniques
  • … 

Wearable technology & product creation process

The wearables 2M develops are created step by step in close cooperation with our partners and clients. This way everybody is at all times fully involved and can steer the development process. We believe by working truly together the best possible outcomes are realized.

1 Concept creation

Joint understanding of problem, application & use context. Minimal viable product

2 Proof of Concept

Focus on realizing & validating the core measurement function & algorithms.

3 Prototyping

Work in 2 steps (alpha & beta) towards the product including all user requirements.

4 Industrialization

Industrialization, certification. Making the product production & sales ready.

5 Production

Flexible production depending on client and business. Setup by 2M for initial, small or midsize series to high-volume production in Asia.

2M Product Development Process
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