Medical IML from Beck Automation enables labels to be integrated directly into the injection moulding process. This eliminates downstream printing and labelling steps, supporting highly accurate, clean and efficient production processes. These are decisive advantages for medical technology. The labels are permanently bonded to the plastic, abrasion-resistant, chemical-resistant and offer precise measuring scales, barcodes or RFID functions. In the new white paper, we present design/tooling tips, accuracies, validation and label materials to development engineers and technical decision-makers.
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Especially in the production of plastic products for medical technology and laboratories, the IML process reduces handling effort, ensures clean production and enables precise marking or the application of codes. The key to success is that the product, mould, machine, label and automation are aligned from the very beginning.
The IML process offers clear added value for many medical and laboratory products through permanent labelling, greater process reliability and efficiency. However, success depends on close cooperation between developers, toolmakers, label manufacturers, machine builders and automation partners. This white paper is therefore addressed to corporate decision-makers who want to increase the value of their medical and laboratory products. It offers research and development engineers valuable tips for designing and optimising injection-moulded parts. It also supports technical managers in successfully introducing IML in demanding production environments.
The white paper describes the use of in-mould labelling (IML) for medical and laboratory plastic components. It presents practical guidelines for component design, tool construction, label specification, process control, supplier selection and validation. It also highlights risks and possible solutions, as well as typical applications ranging from centrifuge tubes and syringes to sample containers.
The advantages for the medical technology and laboratory sectors are obvious. Maximum precision and process reliability, cleanroom-compatible and hygienic production processes, and integrated traceability are important components in the manufacturing of medical devices. The process saves handling steps, reduces waste and supports sustainable production. Thanks to modular, energy-efficient systems, Beck Automation offers an economical and future-proof solution specifically for medical applications.
