Circular Economy Solutions at PAYER International Technologies GmbH
Summary:
Lifecycle analysis, green energy, reuse, and sustainable design drive efforts to cut emissions, waste, and impact across production and packaging.
Main description:
PAYER International Technologies GmbH, founded in 1946, is a global manufacturer with approximately 1,100 employees. The company operates production sites in Austria, Hungary, China, and Malaysia, with the Austrian headquarters serving as the most sustainable facility. With over 75 years of experience, PAYER specializes in plastic injection molding, metal processing, tool making, industrial assembly, and packaging.
PAYER integrates advanced plastic injection molding technologies with precision metal processing to manufacture high-quality consumer goods and medical devices. The company continuously optimizes its processes to enhance efficiency, reduce material waste, and improve energy consumption. At the Austrian headquarters, operations run on 100% certified green electricity, while other locations are actively exploring alternative energy sources such as photovoltaics.
A major challenge for PAYER is the integration of recycled plastics in medical device manufacturing. Stringent regulatory and quality certification requirements make it difficult to incorporate recycled materials while maintaining product safety and reliability. PAYER employs a data-driven approach to identify sustainability challenges, analysing material impacts and working closely with suppliers and regulatory bodies to explore viable alternatives.
To address sustainability issues, PAYER conducted a Life Cycle Analysis (LCA) on a men’s shaver, revealing that the battery was the primary source of carbon emissions. Based on these findings, the company-initiated research to extend battery life, improve recyclability, and minimize environmental impact. Additionally, PAYER is investigating sustainable battery alternatives and enhanced material efficiency to further reduce its environmental footprint.
While 50% of PAYER’s waste—including metal, paper, and electronics—is already being reused, the company is considering investments in in-house waste processing to reduce reliance on external waste management services. This could lead to lower material costs and greater operational efficiency.
- Sustainable Packaging
- Green Electricity
- Product Optimization
- Customer-Driven Sustainability
- Scope 3 Emissions Calculation
Resources needed:
Technical Resources:
- Plastic injection molding technology for consumer and medical devices.
- Sustainable material testing for medical applications.
- Energy monitoring and optimization tools to reduce emissions.
Financial Resources:
- Investment in in-house waste processing to reduce external disposal costs.
- Development of sustainable batteries to lower product emissions.
- Potential investment in photovoltaic energy systems at global production sites.
Organizational/Human Resources:
- Dedicated sustainability management team overseeing ESG initiatives.
- Collaboration with logistics companies to utilize electric trucks for warehouse transport.
- Supply chain monitoring to ensure compliance with international sustainability
Environmental benefits:
- Plastic Waste Reduction: Increased use of paper-based packaging and sustainable resins.
- Energy Efficiency: Transitioning to green electricity and alternative energy sources.
- Lower Emissions: Scope 3 emissions tracking and optimized logistics with electric transport.
Economic benefits:
- Lower material costs through optimized plastic injection molding and waste reduction.
- Stronger market positioning as a sustainable supplier to major clients.
- Potential cost savings by implementing in-house waste processing instead of relying on external services.
- Improved regulatory compliance for upcoming CSRD reporting standards (2026).
