We work on both new systems and existing lines requiring retrofitting. We begin by analyzing the product, the cycle, the layout constraints, and the production objectives to design an integrable, maintainable solution designed to actually work in the shop—not just on paper.
Solutions designed for the pharmaceutical industry
What we design and build for the pharmaceutical sector:
- R&D of biomedical devices – Complete development of new biomedical devices, from conceptual design to prototyping and industrialization.
- Equipment for the production and packaging of drugs – Machines dedicated to the production and packaging of pharmaceutical products, designed for the requirements of the industry.
- Vision, counting and quality control systems with AI – 100% inline inspection with artificial intelligence for piece counting, quality control, and label and wording verification.
- Drug disposal and deblistering systems – Specialized machines for the deblistering and controlled disposal of expired or non-compliant drugs.
- Robotic systems and automatic warehouses – Automatic machine tending, warehouse management, and handling in regulated environments.
Industrial automation for the pharmaceutical industry
The pharmaceutical industry requires highly reliable automation: every process error has a direct impact on patient safety. Regulatory pressure, the need for validation, the management of batch variability, and the requirement for complete traceability make automated systems designed with engineering rigor and in-depth knowledge of the regulatory context indispensable.
Do you have a manual process that needs to be automated?
Whether it's a laser system, a robotic cell, an AI vision system, or a complex automated line, we design and build the solution tailored to your processes and workflows.
How to start a project with Bi.Lab
Assessment
and analysis
We analyze the client's production needs and technical objectives together. Thanks to our multidisciplinary expertise in engineering and automation, we identify critical issues and define project requirements, going beyond "it's always been done this way.".
Study of
feasibility
We develop the concept using the most advanced virtual prototyping techniques. We ensure that the solution is not only innovative, but also feasible and scalable, optimizing the project before it's even built.
Realization
project
We transform your idea into a turnkey automated system. We design, build, wire, and program in a closed-loop environment in our factory, using PLC, motion control, and HMI software developed in-house and compliant with Industry 4.0.
Follow-up and
support
We don't stop at delivery. We support the customer in commissioning, optimization, and ongoing support, ensuring the system maintains its performance and reliability over time.