Clinical Diagnostics Products & Reviews

Leak proof and gas permeable secondary packaging material available in two sizes to combine with your own cell culture vessels.

Wieslab Diagnostic Services offers a comprehensive range of individual markers and test panels and welcomes samples from customers worldwide. Wiselab's request forms list test panels and individual tests currently available in the areas of Autoimmunity, Neurology, and Monitoring of Biopharmaceuticals. We offer fast turnaround times and access to a medical specialist to discuss your results.

Closed, scalable electroporation system for GMP-compliant cell therapy manufacturing

Closed, scalable electroporation system for GMP-compliant cell therapy manufacturing

Increase uptime and improve productivity.

Irish Life Sciences 2mL round well 'U' bottom storage plate is manufactured in a class 8 cleanroom using a medical-grade polypropylene. The plate conforms to the footprint dimensions defined by SLAS/ANSI standards, this guarantees its compatibility with both manual and automated sample handling systems, readers, and microplate washers. The storage plate has stacking features for ease of use in plate and automation hotels.

Irish Life Sciences 1ml round well 'U' bottom low-profile plate is manufactured in a class 8 cleanroom using a medical-grade polypropylene. The low-profile plate has a height of 27mm which maximizes laboratory and automation plate hotel storage space. The plate has been designed with sealing rims to provide excellent heat and adhesive sealing and can also be sealed with the ILS reusable Silicone seal, SM423 and SM426. This pl…

Irish Life Sciences 2.2ml square well 'V' bottom plate is manufactured in a class 8 cleanroom using a medical-grade polypropylene. The plate has been developed to enable the base of the well to be in contact with heater-shaker blocks which improves the performance of the process. The plate also conforms to the footprint dimensions defined by SLAS/ANSI standards. This guarantees its compatibility with both manual and automated…

Irish Life Sciences 2.2ml square well 'U' bottom plate is manufactured in a class 8 cleanroom using a medical-grade polypropylene. The plate has been developed to enable the base of the well to be in contact with heater-shaker blocks which improves the performance of the process. The plate also conforms to the footprint dimensions defined by SLAS/ANSI standards. This guarantees its compatibility with both manual and automated…

Irish Life Sciences 1.0 ml square well 'U' bottom low-profile plate is manufactured in a class 8 cleanroom using a medical-grade polypropylene. The low-profile plate has a height of 24.4mm with a two-plate stack height of only 46.32mm which maximizes laboratory and automation plate hotel storage space. The plate has been developed precisely to conform to the footprint dimensions defined by SLAS/ANSI standards. This guarantees…

Irish Life Sciences 1.6mL square well 'U' bottom low profile storage plate is manufactured in a  cleanroom environment. The plate conforms to the footprint dimensions defined by SLAS/ANSI standards. The low-profile plate has a height of 31.6mm which maximises laboratory and automation plate hotel storage space.

Irish Life Sciences 2.2mL square well 'V' bottom plate has a total volume of 2.27mL. The top surface is particularly flat providing good heat and adhesive seal closure for long term storage. The plate is manufactured in Irish Life Sciences’ class 8 cleanrooms using a medical-grade polypropylene and conforms to the footprint dimensions defined by SLAS/ANSI standards.

Irish Life Sciences 4.6mL square well 'U' bottom storage plate is manufactured in a  cleanroom environment. The plate conforms to the footprint dimensions defined by SLAS/ANSI standards.

Irish Life Sciences 10.0mL square well 'V' bottom plate is manufactured in a  cleanroom environment. The plate conforms to the footprint dimensions defined by SLAS/ANSI standards.

Irish Life Sciences 0.36mL round well 'V' bottom plate is manufactured in a  cleanroom environment. The plate conforms to the footprint dimensions defined by SLAS/ANSI standards.

Irish Life Sciences 0.40mL round well 'U' bottom plate is manufactured in a  cleanroom environment. The plate conforms to the footprint dimensions defined by SLAS/ANSI standards.

Irish Life Sciences 1.0mL round well 'U' bottom low profile storage plate is manufactured in a  cleanroom environment. The plate conforms to the footprint dimensions defined by SLAS/ANSI standards. The low-profile plate has a height of 33mm which maximises laboratory and automation plate hotel storage space.

Irish Life Sciences 1.0mL round well, conical (V) bottom plate is a low-profile plate, it is 33.0mm high with a two-plate stack height of only 63.93mm, making it a good choice for increased storage density.

Irish Life Sciences 1.2mL round well 'U' bottom plate has a total volume of 1.24mL. The top of the wells have raised rims to provide improved heat and adhesive seal closure for long term storage. The plate is manufactured in Irish Life Sciences’ class 8 cleanrooms and has been has been developed precisely to conform to the footprint dimensions defined by SLAS/ANSI standards. 

Irish Life Sciences 1.2mL round well 'U' bottom plate has a total volume of 1.24mL. The top of the plate is flat without heat sealing rims.

Irish Life Sciences 3.5mL round well 'U' bottom plate is manufactured in a  cleanroom environment. The plate conforms to the footprint dimensions defined by SLAS/ANSI standards.

The Alemtuzumab (Lemtrada) ELISA kit is intended for the quantitative determination of Alemtuzumab (Lemtrada) in serum, plasma and cell culture samples.

Solus One Salmonella kit. For the next day detection of Salmonella species in foods and environmental samples.

from Saccharomyces cerevisiae, ≥99%.

The SAT 450 is a fully automated, random-access clinical analyzer for routine and special chemistries testing. It analyzes serum, plasma, urine and other fluids, allowing clinicians to determine and quantify metabolites, electrolytes, proteins and drugs. SAT 450’s automation allows maximizing throughput and improves operator’s safety from exposure to biohazards as well as minimizes cross-contamination risks.