•How can flat knitting machines be controlled reliably and flexibly?
•What control parameters are required?
•Which hardware components are suitable?
•How can development be efficiently planned and executed?
We analyze the machine architecture, define control requirements, select suitable electronic components, and support implementation from prototype to series production – including time and cost planning.
•How can the quality of international manufacturing partners be objectively monitored and improved?
•Which quality assurance measures are already in place – and where do common issues occur?
•How can QA processes be systematically optimized?
We evaluate existing quality assurance processes, identify structural weaknesses, and develop tailored improvements to enhance product quality and delivery reliability.
•How can seamless knitwear be clearly identified during material handling?
•Which RFID technologies are suitable for textile requirements?
•How can tracking points be integrated into the production process?
•How is the data fed into the ERP system?
We design and implement RFID-based tracking systems, select appropriate transponders, integrate readers into production workflows, and ensure seamless ERP integration for end-to-end traceability.
•How can existing planning systems be extended with new functionalities?
•Which interfaces need to be created for data exchange?
•How can the integration be implemented without disrupting ongoing operations?
We analyze existing systems, design compatible interfaces, and implement extensions that integrate seamlessly with current workflows while adding new capabilities.
•How can specific business processes be optimized through custom software?
•Which technologies are best suited for the requirements?
•How can the solution be developed efficiently and cost-effectively?
We develop tailored software solutions from concept to deployment, using modern technologies and agile methodologies to deliver efficient, scalable applications that meet specific business needs.
•How can production processes be optimized for efficiency and quality?
•Which bottlenecks can be identified and resolved?
•How can automation be integrated effectively?
We analyze production workflows, identify optimization opportunities, and implement improvements that enhance efficiency, reduce costs, and maintain or improve product quality.
•How can production data be effectively collected and analyzed?
•Which key performance indicators are most important?
•How can insights be presented clearly to decision-makers?
We design and implement data collection systems, develop analytical dashboards, and create reporting frameworks that provide actionable insights for informed decision-making.
•How can technical knowledge be effectively transferred to teams?
•Which training methods are most effective for different skill levels?
•How can ongoing support be provided after implementation?
We develop comprehensive training programs, create documentation, and provide ongoing support to ensure successful adoption and effective use of new technologies and processes.