BioJet HR™ Non-Contact Nanoliter to Microliter Solenoid Dispenser
Non contact, quantitative, high resolution ink jet printing that provides nanoliter to microliter drop volumes.
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Proprietary, qusantitative, non contact technology couples the BioDot "Drop on Demand" valve with a high resolution syringe pump to meter precise amounts of reagent. Incorporating the benefits of non contact dispensing and ability to program exact drop volumes. Operates in Step & Repeat mode.
Brochures
Equipment for lateral flow test production
Explore BioDot's range of lateral flow diagnostics test manufacturing equipment. Lateral flow applications using BioDot technologies include COVID-19, infectious diseases, biomarkers, drugs of abuse, food mycotoxin and allergens, and allergies. View BioDot's solutions for batch dispensing systems, multiplexed arraying for lateral flow, cutting systems, continuous dispensing systems, and lamination systems.
Automation for FISH and cytogenetics laboratories
The dropping process has been a highly manual technique for years, leaving an automation void between imaging systems and harvesters. In this application note from BioBot, explore how the CellWriter™ completes the continuum by automating the dropping process to deliver consistent, quality spread interphase and metaphase nuclei for analysis.
Cutting-Edge Technology for Treatment of Burns and Chronic Skin Wounds
Aubrey Woodroof, founder and CEO of PermeaDerm, describes innovative skin substitutes, designed for severe burn and chronic wound treatment. He explains how BioDot technology, used in collaboration with researchers at the University of Rochester, has enhanced the accuracy and efficiency of the manufacturing process for a new, advanced skin substitute. Visit PermeaDerm for further information.
Cutting-Edge Custom Multiplex Immunoassay Systems
Dr. Robert Matson, founder and president of QuantiScientifics, describes how BioDot’s precision printing technology is aiding the design and development of multiplex microarray immunoassay plates. Watch this video to learn how this open platform can enable you to create your own custom assay plates, personalized and optimized for a wide variety of applications. Visit QuantiScientifics for further details.
Pioneering Wearable Technology for Real-Time Biomarker Analysis
Dr Joshua Windmiller, Chief Technology Officer at Biolinq, reveals how their transdermal biosensor patches can continuously and non-invasively quantify blood biochemistry, with real-time streaming of the results to a smart device. He discusses how this pioneering technology, developed using Biodot's BioJet Ultra, is currently being aimed at sports fitness and exercise applications and how it could be developed for chronic healthcare monitoring. Visit the Biolinq website for more infomation.
