Products & Reviews

Streamline Mass Spec Sample Preparation. MassXtract STAR Line combines all the tools you need to fully automate solid-phase extraction and protein precipitation workflows.

Standardized Cell Culture Workflows. Cell culture maintenance and a wide range of cell-based workflows are fully supported by this integrated platform, powered by Cell Control Software.

Space-Saving, On-Deck Fluorescence Measurements. The Fluoreye mobile fluorescence reader is operated by a 1000 µL pipetting channel, moving to and measuring samples in 96-well flat-bottom plates.

Blood Fractionation Made Easy. Automated, pre-analytic, image-based blood sample fractionation is ideal for biobanks, clinical laboratories, and research organizations.

Consistent, Traceable Sample Card Processing. The easyPunch STARlet provides everything needed for hands-free sample card punching and extraction, along with sample traceability.

Compact. Efficient. Easy To Use

The RR120 is a moderate to high volume production system designed to continuously print lines, coat/impregnate, inspect and dry rolls of materials. Each process is designed as an optional, separate module allowing users the flexibility to adapt the system to a specific application, multiple applications and throughput requirements. Customization is also available.

The ZX1010 platform can be configured with a maximum of 4 AirJet HR, 4 BioJet HR, 4 FrontLine HR, or 4 PolyDrop dispensers. Dispensers are sold separately so each machine can be customized to meet the application needs.

The dropping process has remained a highly manual technique for years, leaving an automation void between harvesters and microscopes. CellWriter now completes the continuum, by automating the dropping process to deliver quality spread interphase and metaphase nuclei for analysis.The CellWriter 480 is a robotic workstation that produces slides for both Karyotyping and FISH. By integrating BioDot’s nanoliter dispenser (BioJet™)…

The dropping process has remained a highly manual technique for years, leaving an automation void between harvesters and microscopes. CellWriter now completes the continuum, by automating the dropping process to deliver quality spread interphase and metaphase nuclei for analysis. Features:Automated Cell DroppingAutomated Probe/DAPI DispensingIntegrated HybridizationImprove Metaphase Spread QualityPerform Up To 8 Assays On One…

Features:Automated Cell DroppingAutomated Probe/DAPI DispensingIntegrated HybridizationImprove Metaphase Spread QualityPerform Up To 8 Assays On One SlideReduce Reagent CostsRemove The Need For Rubber Cement24 Slide Processing Capability

Non contact quantitative piezo dispensing technology that provides picoliter to nanoliter drop volumes.

Non contact, quantitative, high resolution ink jet printing that provides nanoliter to microliter drop volumes.

Non contact, quantitative, high resolution ink jet printing that provides nanoliter to microliter drop volumes.

Non contact, quantitative air jet dispensing that provides 0.5 uL/cm - 34 uL/cm and can coat or dispense individual drops.

Non contact, pneumatic diaphram valve dispensing for high viscosity jetting.

Discrete Droplet Dispensing™, ONLY cooler! Unleash the power of discrete droplet dispensing to enable superior performance. Better Yield. Higher Throughput. Expanded Dynamic Range. BioDot’s platform design expertise applied to the Lyobead formation challenge in an established product.

BioDot’s AD3220 system is designed for high-speed aspirating and dispensing applications to glass slides, microtiter plates, membranes or any custom surface. This tabletop platform is ideal for R&D environments, but still provides enough dispense area for pilot scale production. Dispensing technology, number of channels and deck options enable customization to meet multiple application needs.

The CellWriter™ S robotic workstation produces slides for Karyotyping, FISH and FFPE. Utilizing BioDot’s nanoliter dispensing technology (BioJet) with temperature and humidity control, the CellWriter S simplifies and automates the dropping process to efficiently deliver quality spread interphase and metaphase nuclei for analysis. FISHArray™ enables multiplexed FISH assays and eliminates the need for rubber cement when prepari…

This proprietary, quantitative, non-contact technology couples the BioJet “Drop-on-Demand” valve with a high-resolution syringe pump. The BioJet meters precise amounts of reagent, incorporating the benefits of non-contact dispensing and the ability to program exact drop volumes.

The Rainmaker features BioDot’s proprietary non-contact piezoelectric low volume dispensing technology and allows users to select a wide range of volumes as a single drop or high-frequency burst. Liquid volumes, from picoliters to nanoliters, can be dispensed On-the-Fly or in Step-and-Repeat mode. Rainmaker’s On-the-Fly printing supports multiple tip dispensing to discrete locations for true high-speed arraying.

MODULIS™ Dispensing for miniaturized diagnostic manufacturing

The AD6020 combines BioDot’s precision low volume dispensing technologies and a large customizable nest to create a high throughput, multi-channel automated liquid handling workstation. Nests for MTPs and slides are available or the system can be customized for unique spotting surfaces and/or labware. Manufacturing throughput can be optimized through single/dual shuttle nest designs.

Features:Cost Efficient - Friction-fed mini rollers eliminate unnecessary waste of the master stripUser FriendlySimple handheld operationSafety interlock deviceEasy blade cleaningFlexibleAdjustable material guidesVarious blade speedsProduct OptionsLeading Edge SensorTarget Sensor (requires Leading Edge Sensor)Anti-StaticCustom OptionsReel FeedBottle Collection

Features:Precision Dispensing - Quantitative dispense volumesFlexibleOptional configurations to have AirJet HR, BioJet HR, FrontLine HR, or PolyDrop dispensersMenu driven operating softwareMagnetic NestFootprint - Small design that can accommodate R&D and manufacturing needsMulti-Mode DispensingLine dispensingDot dispensingSuitable for Lateral Flow, Immunoblot, and Flow Through applications