The medium efficiency pocket filter is able to guarantee uniform airflow thanks to its unique pocket structure, which integrates an external aluminum alloy frame and a metal grille support in the middle, preventing the filter from shrinking , bend or deform during operation. All types of medium efficiency pocket filters of different filtration qualities are available upon request.

The balance chamber is a device designed to ensure accurate measurements in the laboratory. It is made with a steel structure painted with epoxy paint for increased resistance to corrosion. The plexiglass walls allow clear visibility while protecting the balance from external disturbances, such as air currents, vibrations and temperature variations. This design ensures a stable and controlled environment for accurate weighings.

The Cubis® II platform from Sartorius is a fully configurable, high-performance portfolio of laboratory laboratory weighing hardware and software for scientists scientists in research and development or analytical development or analytical laboratories that require laboratory weighing results. The Cubis® II aligns with your unique requirements and internal and compliance requirements to help you maximize your operational efficiency and experimental results. The Cubis® II platform is the only laboratory balance balance with customizable architecture, software and links. customizable. It offers modern user interfaces pharmaceutical and GxP compliance, compliance, particularly in terms of data processing integrity and connectivity, ergonomic sample handling ergonomic sample handling, easy process easy process integration and unlimited communication at the highest level of accuracy and precision.

Automatic horizontal case packing machine. Balcony construction for easy access, product visibility, maintenance and cleaning Reliable and robust mechanical construction to reduce maintenance and prolong machine life Compact-sized machine, with small footprint Touch screen control panel for machine management, with format size parameter set-up Easy and fast, tool-free changeover A wide range of personalization options available

Binocular microscope ideal for teachers and secondary schools, with four N-PLAN objectives (1000x), FN 18 high eyepoint, finite optical system, coaxial focusing, mechanical stage, Abbe condenser and powerful, uniform, white color temperature 3 W X-LED2 illumination. Slim and easy to carry, yet sturdy and resistant, it is equipped with all the main controls to start learning how to use an advanced microscope and with long lasting LED illumination to provide over 20 years of use. Observation mode: Brightfield.

Our virgin triplex laminates offer exceptional performance for pharmaceutical packaging. Structure: OPA / Aluminum / PVC

Using advanced coating technology, BlisBa™ is an economical option for a variety of barrier blister applications. Liveo Research’s proprietary PVC and PET films, known for providing optimum thermoformability, are coated with a medium to high barrier PVDC coating. This coating technology allows for the elimination of the traditional PE sandwiched layer, even at higher PVDC coating weights. BlisBa™ DX, a two-layer barrier film, is available with four standard PVDC coating weights to meet all barrier requirements. If a PE layer is required, we supply BlisBa™ TX. Our proprietary film formulations make BlisBa easily thermoformable at high speeds and reduced temperatures for high performance blister lines. We also offer a rigid PVC film for more specific blister designs. BlisBa™ is available in a highly transparent, opaque white finish or various colors.

BlisBa™ PCP is the Cyclo-Olefin-Copolymere (COC) alternative for pharmaceutical blister packaging with medium to high barrier requirements. The BlisBa™ PCP film formulation has been developed to achieve optimum machinability and reliable lay-flat blistering. BlisBa™ PCP allows to maintain transparency and efficiency on the lines. The low density of COC gives a higher yield, reducing plastic consumption. In combination with BlisLid™ PCP, a One-Material Blister (OMB™) made of PP can be obtained, aiming at being recyclable.