Lab Automation Products & Reviews

Easily pierceable, 70 µm thick, polyethylene with acrylic adhesive, EZ-PierceTM sealing films allow direct sample recovery with single or multichannel pipettors and robotic probes. Dimensions are 82.6 by 142.9 mm for 96-well plates.Features:easily pierceable with pipet tips or robotic probesinert, chemical resistantfunctional temperature range -40°C to +90°C

Easily pierceable, 70 µm thick, polyethylene with acrylic adhesive, EZ-PierceTM sealing films allow direct sample recovery with single or multichannel pipettors and robotic probes. Dimensions are 82.6 by 142.9 mm for 96-well plates.Features:easily pierceable with pipet tips or robotic probesinert, chemical resistantfunctional temperature range -40°C to +90°C

X-PierceTM sealing films are 89 µm thick vinyl with a 18 µm thick adhesive layer, designed for temporary protection from contamination and evaporation for samples in 96-well plates. A precut "X" over each well creates four flaps that easily bend downward when pushed by a robotic probe or pipet tip, allowing sample access without coring or adhesive fouling. A thin adhesive layer and special hairline cuts separating the X-Pierce…

With a 70 µm polyethylene top layer and inert white polypropylene and acrylic adhesive sublayer, this easy-piercing sealing film allows direct sample recovery with single or multichannel pipettors and robotic probes. The adhesive-free zone above each well prevents adhesive fouling of the pipet tip or probe, ultimately minimizing the amount of adhesive that comes into contact with the sample. Dimensions are 79.4 by 142.9 mm for…

BrightMaxTM sealing films are 203 µm thick white vinyl films with 37 µm acrylic adhesive for use with white microplates. The sealing films may be applied to either the top or bottom of the plate. A split backing aids in applying the sealing film properly. The light-reflective properties of BrightMax plate-sealing films on clear-bottom plates maximize sensitivity of bioluminescence and chemiluminscence assays in bottom-reading…

AbsorbMaxTM sealing films are 203 µm thick black vinyl films with 37 µm acrylic adhesive for use with 96-well, 384-well, and 1536-well black microplates. The sealing films may be applied to either the top or bottom of the plate. A split backing aids in applying the sealing film properly. Edge cutouts assist in positioning and accomodate ribs on the plate bottom. The light-blocking and absorbing properties of AbsorbMax sealing…

Evenly applies film on raised rim plates.

A 48 um soft non-permeable aluminum foil sealing film with 30 um layer of strong acrylic adhesive. FoilSealTM sealing foils remove cleanly from plate surfaces with no adhesive stringing, residue or contamination. Each sealing foil measures 78.3 x 129 mm and offers sufficient sealing area for all plate types (e.g. flat top and raised-rim). Chamfered corners result in no plate overhang for robotics applications. Features one end…

eXTReme™ Seal features an extra-strong, thick adhesive to minimize evaporation yet removes easily without leaving residue on the plate.

eXTReme™ Seal features an extra-strong, thick adhesive to minimize evaporation yet removes easily without leaving residue on the plate.

Quickly seal in heat with the Thermo Scientific ™ ALPS 3000 Automated Microplate Heat Sealer.

Apply consistent, secure, tight seals around individual wells, eliminating sample loss through evaporation and cross-contamination between wells.

The Rapid_pH™ Automated 96 pH meter automates the pH measurements of samples in a 96 well format. The Rapid_pH allows samples to be processed in a fraction of the time compared to manual methods avoiding errors in both measurement and data registration. Full automation for well plates and other arrayed containers provides unattended runs and walk-away time.

The BRAND Liquid Handling Station pipetting robot handles routine tasks at high speed and with the highest precision. The LHS closes the gap between electronic pipettes and highly complex, expensive pipetting robots. It is a quiet and compact instrument with a unique front door allowing it be set up in tight quarters. The instrument has 7 working positions and 5 available liquid ends with single channel volumes up to 1000uL an…

Powerful software for NIR method development

The BRAND Liquid Handling Station (LHS) pipetting robot handles routine tasks at high speed and with the highest precision.

BRAND 96, 384, 1536-well polystyrene and polypropylene microtitration plates are excellent for cell and tissue culture, sample storage, immunological assays, and other applications. BrandTech Plates have 96, 384 and 1536 wells and are available with 330µL or 400µL well volumes. They are fully compatible with most standard plate readers and washers. Both sterile and non-sterile BRAND plates are available with rounded, V-shaped…

Unmatched Single-Cell Analysis with Multiplexing Power

Powered by Adaptive Focused Acoustics® (AFA®) Technology

Powered by Adaptive Focused Acoustics® (AFA®) Technology

Opentrons Flex is everything today’s lab automation systems are not. It’s flexible, versatile and liberating.

Flex Prep offers an affordable entry point into automation, combining easy-to-install hardware with an intuitive walk-up-and-operate interface.

The RLA 2 Series mobile robot can be remotely controlled to traverse inclines and advanced obstacles, including confined spaces, ramps, elevators, doors, and gates. Capable of independent operation, the Mobile Robot can also be configured to work as part of a fleet.

The RLA 3 Series is a lab track system that allows safe and efficient worker, robot collaboration. This lab assistant robot is trackmounted, and has extensive working reach over extended platforms with track lengths up to 7 metres available. Able to quickly traverse over ±360°, and across linear motion axis’, linear robot tracks are a space-saving way to efficiently manage complex workflows that involve numerous devices in a c…

The RLA 4 Series features a central robot integrated with a portable cart system for streamlined operations that can be adapted to your laboratories changing needs. The workcell integrates with a central control system for energy and communication connections, from which individual workspaces with instruments, storage, and PC equipment can be set up.