An adapter to allow Hamilton gastight glass syringes to fit perfectly into Harvard Apparatus syringe pumps' pusher blocks. General This plunger adapter plate allows Hamilton Gastight glass syringes to sit properly within the pusher block of Harvard Apparatus syringe pumps. ...
Cartridge to be used in Longer DG pump heads. General Manufactured in POM, these replacement cartridges are compatible with DG pump heads. They are used to hold the tubing in place within the peristaltic pump head. Content 1x Cartridge for ...
The Advanced Microfluidics LSPone all-in-one laboratory syringe pump is an advanced precision dosing device designed for microfluidic research applications. Its exceptional accuracy in dosing and smooth, nearly pulseless flow stream capabilities make it the ideal tool for various liquid handling ...
The Akura™ 96-well plate is an appropriate tool for the generation, long-term cultivation, and analysis of 3D cell models. The unique well design ensures high reproducibility, scalability, and near-complete medium exchange without spheroid loss. The plate is made of COP ...
The RVM microfluidics rotary valve is a precise OEM low-pressure electric rotary valve designed for automated microfluidic applications. The RVM microfluidics rotary valve series, renowned for its small channels and ultra-precise positioning system, offers unrivaled precision in liquid management within ...
This OEM sequential microdispenser is a high-precision dosing device for automated microfluidic applications. Its high-accuracy dosing and low-pulse flow stream capabilities make it the perfect tool for multiple liquid handling in the range of millilitres down to nanolitres. With its ...
Advanced Microfluidics glass syringes are designed for optimal use with the LSPone Laboratory Syringe Pump and SPM microdispensers. Available from 50 µL to 1000 µL. General Advanced Microfluidics syringes are designed for optimal use with the LSPone Laboratory Syringe Pump ...
A kit of connectors and tubing for Advanced Microfluidics devices. Includes 6x or 12x flat-bottom fittings (nut + ferrule), and 1.5 m of 1/16" OD x 0.5 mm ID PTFE tubing. General Designed for optimal use with Advanced Microfluidics instruments, ...
Syringe Change Tool for Advance Microfluidics devices (SPM and LSPone). General Use this tool to quickly mount and unmount Advanced Microfluidics syringes on SPM and LSPone systems. Content 1x Syringe Change Tool
The Akura™ 384-well plate facilitates the generation, long-term cultivation, and analysis of 3D cell models. This simple and flexible platform is also compatible with automation systems. The unique well design ensures high reproducibility, scalability, and near-complete medium exchange without spheroid ...
A DB9 breakout connector for Advanced Microfluidics instruments. Use it to connect the DB9 of your instrument to a custom cable, e.g. for external control or power supply. General Connect your Advanced Microfluidics instruments to a power supply or an ...
This system is recommended for easy and large-scale production of 3D cell models such as spheroids, organoids and microtissues. It is based on hanging-drop technique for spheroid formation and combined with SureXchange unique well design for long-term spheroid culture, analysis ...
The Akura™ Tilting Stand is ideal to keep the Akura™ microplates at an angle of 30 degrees for spheroid/organoid formation. Maintaining plates at 30 degrees during cell aggregation leads to improved spheroid uniformity. Description The tilting stand maintains the Akura™ ...
The Incubox™ provides optimal incubating conditions for cell culture microplates. It protects microplates from edge effects due to media evaporation in long-term cell cultures. It can be set up in classic incubators and creates a high-humidity microclimate to prevent humidity ...
These idealized co-culture designs are helpful tools in the organ-on-chip field to mimic cellular interactions in vitro. This design is composed of a central channel surrounded by two outer channels, allowing the modeling of cell-cell interactions or the creation of ...
These idealized co-culture designs are helpful tools in the organ-on-chip field to mimic cellular interactions in vitro. This design is composed of a central chamber surrounded by two outer channels, allowing the modeling of a wide range of cell-cell interactions. ...
A replacement pusher block for 50 and 100 mL glass syringes to fit perfectly into New Era syringe pumps. General This pusher block allows large glass syringes to sit properly on the syringe holder block of New Era syringe pumps. ...
These idealized co-culture designs are helpful tools in the organ-on-chip field to mimic cellular interactions in vitro and model several biological systems in 3D. This design is composed of a central chamber allowing 3D tissue culture surrounded by two outer ...
Microvascular network chips allow replication of in vivo cell/particle or cell/cell interactions based on actual microvascular network images for more physiological modeling. These chips come in a wide range of designs, some even including one or more tissue chambers. General ...
Easily synthesize lipid nanoparticles (LNPs) and any organic nanoparticles with this all-in-one microfluidic pack! The bundle includes the well-known OB1 MK4 pressure controller, flow rate sensors, herringbone mixer chips, and all the necessary accessories to start from scratch and go ...
3M Scotch Magic is the ideal tape for protecting your PDMS chips from dust. Available in packs of 6, 14, or 24 tape rolls. General Prevent dust from clogging your PDMS chips thanks to the Scotch Magic tape. Cover your ...
