Healthy expertise:
experienced in the medical and pharmaceuticals fields
In no industry are the requirements as high as in the field of medical engineering. All of our efforts here
have a direct impact on wellbeing and the safety of human life and are aimed at improving quality of life.
Perfection and reliability are of the highest priority. The companies of the GPE Group, which work for our customers from the field of medical engineering, have their roots in one of the world's leading long-established companies of the medical and safety engineering field from our region. For many years, products for the surgical field, intensive care medicine and neonatal care have been a fixed component of our production.
Tailored to individualised customer requirements, we provide complex systems and components made of plastic, silicone, metal and sheet along the entire value chain, from consulting and development to production and assembly as well as spare part supply.
Below is a small extract from the GPE Group's extensive production range.
CASE
INSULIN PEN
Intelligent, integrated telemonitoring system for insulin-dependent diabetes patients.
Development and design:
Implementation of the design specifications in processes appropriate to production under consideration of all medical specifications. Integration of the telemedical application.
Production, assembly and logistics:
Certified production process
Batch and serial number tracking
Comprehensive assembly and functional inspection, including of electronic components
Key challenges:
Patient tracking Supplier management
CASE
ANAESTHESIA WORKPLACES
Trend-setting, economically efficient ventilation technology combined with improved workplace ergonomics.
Development and design:
Implementation of the design and functional specifications into the necessary processes for modules made of plastic such as breathing gas systems, gas mixers, etc. and modules made of sheet and metal such as chassis and suspension. Optimisation of running times in the individual production steps through the use of the newest production processes. Development of the assembly equipment. Implementation of the prescribed laboratory values in the production process.
Production, assembly and logistics:
Assembly in cleanroom technology
Supplier management as well as implementation of customer-specific
international logistics requirements
Key challenges:
Extensive testing and inspection of function and documentation. Serial numbers, batch tracking, back to individual components and raw materials used.
CASE
BRONCHIAL ASTHMA INHALATION AIDS
For inhalative metered dose inhalers against bronchial asthma, front-end aids are used.
Development and design:
Implementation of the design and functional specifications in processes appropriate to production under consideration of all medical specifications.
Production, assembly and logistics:
100% vertical integration from the raw material to assembly to the sellably packed product in cleanroom technology. Respiratory masks and valve membranes made of liquid silicone, front-end aid made of plastic injection moulding. Supplier management as well as implementation of more than 50 different country-specific packaging solutions including multilingual leaflets and customised, international logistics handling.
CASE
INJECTION TECHNOLOGY
Various types of syringes incl. equipment for preparing for an injection from the development and manufacturing under cleanroom conditions to further processing and refinement incl. laser marking, pad printing and FDA conform materials, also for primary packaging and different types of individually prepared medications (pyrogen free, sterile etc.).
Development and design:
Implementation of the design specifications in processes appropriate to production under consideration of all medical specifications (mechanical, chemical) and development of special, innovative plastics.
Production, assembly and logistics:
Certified production process, cleanroom production
Batch and serial number tracking
Comprehensive assembly and functional monitoring
Supplier management
Key challenges:
Resistance to apomorphine
Implementation of similar material properties such as in the case of glass syringes with respect to oxygen barrier (almost impermeable to oxygen)
Slip and Lock connection fitting
(according to DIN EN ISO 80369)
Burst pressure greater 4.5 bar
Sterilisation requirements (multiply autoclavable)
Resistance of the material used
Adaptation of the syringe body to the pump systems
