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The future is here!

RFID Lab
we bring your ideas to life

Full cycle from chip development to production
inlays / tags / smart cards assembly and personalization
FULL DEVELOPMENT CYCLE OF RFID TAGS AND Antennas: FROM DESIGN TO MASS PRODUCTION
Full range of services in the field of RFID prototyping, including antenna development
The main research area of the Mikron RFID lab is the development of ready-made and promising products, such as inlays, adhesive and packaged tags, labels and smart cards for various application scenarios.
Find out the cost of development
Our advantages
  • More than 10 years of experience
    The RFID lab was established in 2010
  • Professionalism
    Mikron RFID lab has already developed more than a 100 different products
  • Reliability
    Mikron is a leading Russian manufacturer of tags and inlays
  • Flexibility
    Development using both Russian-made and international crystals
  • Efficiency
    Mikron's experience in RFID development allows us to significantly reduce the cost of creating and bringing new products to the market
  • Safety
    Our technologies increase efficiency, reduce errors, and protect against malicious attacks
Successful projects
Client specific RFID development
The full design cycle for tags, adhesive labels or smart cards is carried out within 1.5 months, and includes the delivery of antennas if necessary.
Calculate the cost and development time
Services of the RFID Laboratory Mikron
Development of technical specifications for new products, modification of existing ones: tags, labels, smart cards, including antenna design.
Development is carried out using certified software (CST Studio Suite, Ansoft HFSS, AWR Design Environment). We advise clients on technologies, materials, shapes, sizes, etc.;
Testing, including simulation of operating conditions.
Measurement of radio frequency characteristics at each stage of production using the best-in-class equipment (Agilent, Micropross, Voyantic, R&S). Measurements are performed in an echo-and noise-isolated environment.
Calculating and simulating placemark performance
Fine-tuning is performed for the customer's end-use. The CAD sets the parameters of the final product, takes into account the technological parameters and variants of radio frequency tags.
Development of tags and antennas in the HF and UHF band for various applications
ISO 14443A: Mikron MIK1312ED, MIK213ND, MIK1KMCM; NXP Mifare Ultralight, Classic, Plus, DesFire
ISO 15693: NXP Icode SliX, SliX2, EM Microelectronic EM4237SLIC/SLIX
ISO 18000-6C: NXP Ucode G2iL, G2iM, UCode 7, UCode 8, Impinj Monza 4D, 4QT, R6
Prototype development and production
Rapid manufacturing of radio frequency tag components for testing options at intermediate stages of production and in the final product. Creating variability in the production of components and prototypes of RF tags in general allows you to test and configure the solution for the customer in a short time.
Preparing for mass production
After testing the prototypes of radio frequency tags at the customer, in fact, a set of design documentation for equipment and materials necessary for mass industrial production with a controlled level of quality is already ready.
Development and production of prototype cases using 3D printing technology
Taking into account the influence of plastics available for 3D printing at the RF label modeling stage
Services of the RFID Laboratory Mikron
Development of technical specifications for new products, modification of existing ones: tags, labels, smart cards, including antenna design.
Development is carried out using certified software (CST Studio Suite, Ansoft HFSS, AWR Design Environment). We advise clients on technologies, materials, shapes, sizes, etc.;
Testing, including simulation of operating conditions.
Measurement of radio frequency characteristics at each stage of production using the best-in-class equipment (Agilent, Micropross, Voyantic, R&S). Measurements are performed in an echo-and noise-isolated environment.
Calculating and simulating placemark performance
Fine-tuning is performed for the customer's end-use. The CAD sets the parameters of the final product, takes into account the technological parameters and variants of radio frequency tags.
Development of tags and antennas in the HF and UHF band for various applications
ISO 14443A: Mikron MIK1312ED, MIK213ND, MIK1KMCM; NXP Mifare Ultralight, Classic, Plus, DesFire
ISO 15693: NXP Icode SliX, SliX2, EM Microelectronic EM4237SLIC/SLIX
ISO 18000-6C: NXP Ucode G2iL, G2iM, UCode 7, UCode 8, Impinj Monza 4D, 4QT, R6
Prototype development and production
Rapid manufacturing of radio frequency tag components for testing options at intermediate stages of production and in the final product. Creating variability in the production of components and prototypes of RF tags in general allows you to test and configure the solution for the customer in a short time.
Preparing for mass production
After testing the prototypes of radio frequency tags at the customer, in fact, a set of design documentation for equipment and materials necessary for mass industrial production with a controlled level of quality is already ready.
Development and production of prototype cases using 3D printing technology
Taking into account the influence of plastics available for 3D printing at the RF label modeling stage
The cost of your project is easy to find out
Just leave a request
+7 (800) 200-7129
sales@rfid-mikron.ru
Akademika Valieva street, 6/1, Zelenograd,
Moscow, 124460, Russia