Range of services

Products:

  • Security, user-friendliness and economic efficiency are the top priorities
  • Development in close cooperation with users and scientists
  • Service and training via our competent distributors
  • Distribution of the products under the livetecĀ® brand or as “private labelling” (similar to PLM/OEM)
  • Made in Germany
  • Inexpensive service and safety checks
  • In-house production
  • Regular audits of official bodies and customers within the meaning of the Directive

Development – also as a service:

  • Our product development and our development services operate according to defined processes within the framework of EN ISO 13485
  • QA/RA/QS department in house for validation / approval / safety
  • Assistance in the preparation of specifications
  • Specification, project planning, risk analysis
  • Development of analogue / digital hardware and software
  • Automated measurement technology for production
  • Validation / Approval
  • Project management
  • Introduction to production up to series manufacture

Comepetencies

Medical engineering & application:

  • High frequency generator for cardiac ablation and renal denervation
  • Irrigation pump for flushing ablation catheters
  • Temporary pacemakers to stimulate the heart
  • Wireless long-term ECG Holter System
  • Low energy laser therapy
  • Radio applications for medical device

Production “Made in Germany”:

  • Certified and process-oriented production
  • Service and flexible production from one source
  • Automatic test systems (incl. RF-based)

Approval / Validation:

  • Worldwide approvals
  • Risk management, approval documentation, regulations
  • Standard-compliant development (e.g. according to EN 60601, CE, FDA, CSA, UL, CFDA (NMPA) and prepared for the MDR)

Hardware & Software Development:

  • Analog circuit design and circuit board layout
  • Digital circuit design (e.g. MSP430/ARM/STM32/STM8(L)/ATMEL/PIC)
  • Security technologies, EMC
  • Supply concepts, battery charging and monitoring technology
  • Communication and interface technology: e.g. Ethernet, ISDN, PSTN
  • User interface (GUI) – programming and design
  • Microcontroller programming using real-time operating systems
  • Design of transportable, flexible and efficient microcontroller-based systems
  • Hardware and software co-development