Tissue Engineering

The Advanced Microfluidics LSPone+ is a high-volume, high-precision syringe pump designed for reliable, programmable liquid handling in microfluidics, analytical chemistry, and life science workflows...

The LSPone+ HD combines ultra-stable flow performance with larger syringe capacity, making it the ideal choice for long-duration or continuous flow experiments. With 13.5x higher microstepping (43...

The LSPone HD delivers ultra-stable, pulseless flow at nanoliter-per-minute rates. With 13.5x higher microstepping (43,200 steps/mm), it ensures smooth motion and flow stability. It is ideal for...

The HUMIMIC Chip4 is a cutting-edge multi-organ-on-a-chip platform allowing the simultaneous culture of up to five tissue types. This chip is composed two microfluidic circuits separated by a porous...

The HUMIMIC Chip3 and Chip3plus are cutting-edge organ-on-a-chip platforms allowing the simultaneous culture of three tissue types in a single microfluidic circuit. It provides a more realistic and...

The HUMIMIC Chip2 is a cutting-edge organ-on-a-chip platform allowing the simultaneous culture of two tissue types in a single microfluidic circuit. Each chip displays 2 independent microfluidic...

The HUMIMIC Starter is a control unit to power and manage the HUMIMIC Multi-Organ-Chips with precision and ease. It allows continuous adjustment of pumping pressure for optimal control of the flow in...

This V6-6L intelligent industrial peristaltic pump features 20 or 24 channels, with a flow rate ranging from 0.2 µL/min to 65 mL/min per channel. Available with AMC pump heads, 6 or 10 rollers...

The new HPM100 peristaltic pump was designed to operate seamlessly at low flow rates within an incubator, allowing it to be positioned in close proximity to your sample or microfluidic chip. This...

Affordable high-flow peristaltic pump with flow rate and motor speed control, featuring a 3.2" color LCD and Easypump pump heads. Made from laboratory-grade ABS, the LabN3-III is user-friendly and...

The Akura™ Twin platform has been designed to study organ-organ interactions. With 192 conditions on a single plate, the platform gives access to high-throughput spheroid crosstalk studies. The wells...

The new G100-1L peristaltic pump is an update of the well-known G100-2J. It is still compatible with working directly in the incubator to be as close as possible to your sample or microfluidic chip...

Affordable and straightforward peristaltic pump with flow rate and motor speed display and control. Constructed from laboratory-grade ABS, this pump is user-friendly and capable of achieving flow...

The TriaLink MEA NeoBento™ features 8 chips per plate. The plate features a MicroElectrod Array (MEA) layer to record the activity of the neurons. The TriaLink MEA architecture has been specially...

The TriaLink NeoBento™ features 8 or 16 chips per plate. The TriaLink architecture has been specially designed to create fluidic isolation and co-culture up to 3 cell types. All channels are...

The DuaLink Shift MEA NeoBento™ features 8 chips per plate. The DuaLink Shift MEA assymetrical architecture has been specially designed to create a synaptic compartment. The plate features a...

The DuaLink NeoBento™ features 8 chips per plate. The DuaLink architecture has been specially designed to create fluidic isolation and co-culture of up to 2 cell types. The plate features a...

The DuaLink Shift NeoBento™ features 8 or 16 chips per plate. The DuaLink Shift assymetrical architecture has been specially designed to create a synaptic compartment. Both channels are connected by...

The DuaLink NeoBento™ features 8 or 16 chips per plate. The DuaLink architecture has been specially designed to create fluidic isolation and co-culture of up to 2 cell types. Both channels are...

The new version of the well-known IPC programmable peristaltic pump ensures repeatable results accross 8, 12, 16 or 24 channels at low flow rates. Its planetary gear technology ensures provides flows...

The tissue-to-tissue barrier chip MEPS-TBC-WL (lower well type), is a human tissue culture platform that allows the modeling of human physiology and pathology of key organs at a tissue level. The...

The tissue-to-tissue barrier chip MEPS-TBC-CH (lower channel type), is a human tissue culture platform that allows the modeling of human physiology and pathology of key organs at a tissue level. The...

The human tissue barrier chip platform MEPS-TBC is an organ-on-a-chip device designed to construct 2D-3D hybrid microfluidics compartments, where the vascular endothelium interacts with perivascular...

The Fluidic 1380 Scaffold & 3D Culture Integration Chip manufactured by ChipShop features a central compartment for sample integration. The inlets and outlets with integrated Mini Luer connections...