microfluidic ChipShop

Kits for assay support, PCR on-chip workflows, starter kits for microfluidic experiments, interface kits and integrated chip support kits to accelerate adoption.

A versatile microfluidic reaction chamber chip with a chamber volume of 2.5 µl and chamber depth of 500 µm, designed for heat-cycle applications such as PCR experiments. Features a unique bubble-trapping-rim-design to keep detection areas air bubble-free, suitable for fluorescent readouts and cell culture experiments.

A versatile microfluidic reaction chamber chip with a 20 l chamber volume and 500 m chamber depth, designed for heat-cycle applications such as PCR and cell culture. Features a unique bubble-trapping-rim-design to keep detection areas air bubble-free for undisturbed fluorescent readouts.

Microfluidic reaction chamber chip available in various chamber volumes and depths.

Microfluidic reaction chamber chip with 20 microliter chamber volume.

Microfluidic reaction chamber chip with a 50 µl chamber volume.

Microfluidic reaction chamber chip with 27 microliter chamber volume.

An on-chip qPCR thermocycler with fluorescence-based read-out, compatible with many of microfluidic ChipShop’s off-the-shelf chips, designed for temperature control of microfluidic chips in microscope slide format enabling fast PCR on chip.

A thermocycler designed for on-chip quantitative PCR applications, enabling precise thermal cycling for microfluidic PCR chips.

The ChipGenie® edition E2 starter kit 1 provides everything needed to get started with on-chip capillary electrophoresis, including the instrument and various microfluidic chips and reagents.

A continuous flow PCR instrument designed for on-chip applications, enabling continuous thermal cycling for microfluidic PCR chips.

An on-chip sample preparation system designed for microfluidic applications to prepare samples efficiently.

A rugged and small lab device ideally suited for microfluidic-based label free detection of cations and anions using capillary electrophoresis with contactless capacitively coupled conductivity detection (C4D).

A product flyer available for the ChipGenie edition Dx device.

Manual for the ChipGenie edition TSO-3Z device.

A starter kit for the ChipGenie® edition E2 capillary electrophoresis system excluding the instrument, ideal for users needing consumables and reagents.

An instrument for automatic actuation of turning valves in microfluidic systems, enabling precise valve control for fluid routing.

An automated blister driver instrument for controlling blister packs in microfluidic systems, facilitating fluid handling and sample processing.

Chips with hydrophilized surfaces and accessories for an immediate start of simple adherent cell culture. Suitable for applications like immunofluorescence microscopy, screening, apoptosis- and proliferation assays.

A lab-on-a-chip cell culture incubator with heating elements designed for polymer chips.

The chamber interaction chip Fluidic 688 possesses two cell culture chambers, which can be filled individually with different cell types. It mimics exchange between organ-specific cells and enables study of interdependent cellular responses, improving reproducibility and efficiency in toxicity studies.

The chamber interaction chip Fluidic 737 possesses two cell culture chambers, which can be filled individually with different cell types. It is ideal to study cell-cell interaction in organ-on-a-chip experiments and evaluate metabolic response to different drug dosages.

A microfluidic channel chip with various channel volumes and depths for fluidic applications.

A straight channel microfluidic chip with channel height and width both 100 µm for fluidic applications.

A straight channel microfluidic chip with channel height 700 µm and width 1250 µm for fluidic applications.

Microfluidic Spheroid-on-Chip designed for spheroid culture and studies.

The spheroid chip Fluidic 1407 facilitates the insertion and separation of pre-cultivated spheroids, as well as the formation and cultivation of spheroidal cell structures, with on-chip imaging capabilities.

Microfluidic rhombic chamber chip with 250 microliter chamber volume.

The baffle mixer Fluidic 1676 is the ideal tool to mix two liquids on-chip, featuring four individual mixing units with two different dimensions. It enables efficient mixing and is perfect for lipid nanoparticle (LNP) production.

The channel interaction chip has been developed to study cells co-cultured in three adjacent channels, separated by transmissive pillar barriers, allowing microfluidic flow and static 3D culture conditions.

The droplet generator chip Fluidic 1114 features eight droplet generation units with simple flow focusing nozzles of 50 µm and 60 µm. Generated droplets can be captured, monitored, and manipulated in observation chambers downstream of the nozzles. The chip is made from Topas material with a high glass transition temperature, suitable for high-temperature applications such as PCR.

Microfluidic droplet generator chip with single cross geometry and nozzle sizes ranging from 10 µm to 30 µm.

Fluidic 285 is a microfluidic chip featuring five different droplet generation units with multiple channel designs and sizes, enabling a large set of experiments. Channels/ports not in use can be closed by Mini Luer plugs.

Microfluidic droplet generator chip with single cross geometry and 38 µm nozzle size.

Microfluidic droplet generator chip with double cross geometry and 140 µm nozzle size.

Microfluidic droplet generator chip with storage units and 74 µm nozzle size.

The micro-iPS profiler chip is a multi-organ platform featuring four interconnected cross-flow membrane chambers for complex organoid models, compatible with common laboratory equipment. It includes in-line sensor integration for continuous monitoring of pH, carbon dioxide, and oxygen.

The cross-flow membrane chip Fluidic 747, equipped with Mini Luer interfaces, has two inter-connected chambers that interact through two permeable membranes. It is used for cell culture experiments and multi-organ-on-chip applications.

The cross-flow membrane chip Fluidic 1754 features two independent units, each with two chambers separated by a membrane. The top chamber is open for easy access and supports 3D-printed structures. It can be ordered with or without a pre-cut cover lid for sealing.

The cross-flow membrane chip Fluidic 653 possesses two independent chambers that interact through a permeable membrane. It is used for cell culture experiments, filtering, size exclusion, and migration studies, and can be ordered as an open system for self-assembly.

Adhesive microfluidic chip with cross-flow membrane design suitable for Organ-on-Chip and other applications.

Microfluidic chip with cross-flow membrane design suitable for 3D printing applications.

A glass microfluidic chip with a chamber of height 96 m and width 3.1 mm.

Microfluidic assay chip designed for magnetic bead-based assays in fluidic applications.

Microfluidic assay chip for metering, mixing, and detection.

An advanced allrounder kit from Bartels including a microfluidic chip, designed for comprehensive microfluidic experiments.

A starter set kit from Bartels for microfluidic applications, providing essential components to begin experiments.

A straight channel microfluidic chip with channel height 150 µm and width 2500 µm for fluidic applications.

A straight channel microfluidic chip with channel height 350 µm and width 2775 µm for fluidic applications.

Microfluidic chip with weir-filter slits ranging from 5 µm to 20 µm for filtration and separation.

Microfluidic chip with blister pouches having 50 µl and 100 µl blister volumes, made from Topas material with hydrophilized surface treatment and transparent color.

Microfluidic chip with 500 µl blister volume, made from Topas material with hydrophilized surface treatment and transparent color.

A glass microfluidic chip with varying channel shapes in a meander design.

Fiber sensor integration chip with cell culture chambers for combined sensing and cell culture applications.

Microfluidic chip integrating four in-line fiber sensors for advanced sensing applications.

The gradient generator chip with three inlet ports and eight outlet ports enables the generation of a concentration gradient within the monitoring chamber. It allows extraction of eight different concentrations for experiments such as investigating the effect of analyte or drug concentrations on cells.

Microfluidic chip designed for gradient generation with a single outlet for fluidic applications.

Microfluidic mixer chip for mixing and nanoparticle production.

Microfluidic mixer chip designed for mixing and nanoparticle production.

A ready-to-use kit for microfluidic droplet generation including various droplet generator chips, fluorinated oil with surfactant, and accessories to start droplet applications.

Complete system for droplet generation including microlab chips, accessories, and flow-control system.

The 2D Gradient Generator Fluidic 1166 has six inlets divided into two groups connected through serpentine channels to create gradients dependent on flow rate, leading into a gradient chamber for seeding bacteria or other cells of interest.

Microfluidic chip for generating 2D gradients with a single outlet.

A tool kit designed for maintenance of the LOC CCI 1 microfluidic instrument, ensuring proper upkeep and functionality.

Starter kit for the LOC CCI 1 cell culture incubator platform.

Second version of integrated support kit for microfluidic chips with essential accessories.

A sensor integration chip equipped with two independent valve units for advanced microfluidic control.

Microfluidic chip with a large area designed for sensor integration.

This sensor integration chip features the multifunctional sensor platform II, designed to evaluate combinations of microfluidics and sensors such as silicon photonic or electrochemical sensors. It includes multiple inlets steerable via a turning valve, two sensor integration areas, and a large 500 µl waste chamber, with a Luer interface and double microscope slide format.

An enhanced version of the large sensor integration area chip for microfluidic systems.

A multifunctional microfluidic chip platform for integrating various sensors.

The basic sensor platform II is a sensor integration chip designed to evaluate combinations of microfluidics and sensors such as silicon photonic or electrochemical sensors. It features a flat sensor integration area surface and a Mini Luer interface.

Microfluidic chip with turning valve sensor platform for advanced sensor integration.

An advanced turning valve sensor platform chip for microfluidic sensor integration.

A microfluidic chip designed for basic sensor integration applications.

A sensor integration chip with turning valve technology for sensor platform applications.

Thermoplastic polymer substrate platform with 2 x 8 Mini Luer fluidic interfaces for microfluidic applications.

Thermoplastic polymer substrate platform with 2 x 16 Mini Luer fluidic interfaces for microfluidic applications.

Thermoplastic polymer substrate platform with 2 x 16 olive fluidic interfaces for microfluidic applications.

Thermoplastic polymer substrate platform with 2 x 16 through-hole fluidic interfaces for microfluidic applications.

Thermoplastic polymer substrate platform with 2 x 8 Luer fluidic interfaces for microfluidic applications.

Thermoplastic polymer substrate platform with 2 x 4 through-hole fluidic interfaces for microfluidic applications.

Thermoplastic polymer substrate platform with 2 x 14 olive fluidic interfaces for microfluidic applications.

Microfluidic chip providing direct access to membrane areas.

The open chip is designed to allow direct access to membrane areas and provide a permanent entry port for liquid supply, storage and exchange. It features 4 independent membranes and is compatible with Interaction Tanks Fluidic 234 and 235 for liquid supply and storage, enabling various filtering and assay tasks.

Microfluidic foil made of Topas with a glass transition temperature of 78 °C and a thickness of 60 µm.

A microfluidic blister pouch with a volume of 100 microliters designed for fluidic applications.

Microfluidic chip designed for field-flow fractionation applications.

The filtration and separation chip Fluidic 1332 features eight individual filtration units each with one inlet and one outlet, enabling filtration, capture, and concentration of particles such as cell populations. It uses a membrane with 8 μm pores to separate larger components from smaller cells, and captured fractions can be monitored from below with an inverted microscope.

Microfluidic tank with Luer interface and 200 µl volume capacity.

Microfluidic tank with Luer interface, small opening, 500 µl volume, triple configuration.

Microfluidic tank with mini Luer interface and 200 µl volume capacity.

Microfluidic tank with Luer interface, large opening, 500 µl volume, triple configuration.

Microfluidic tank with Luer interface, large opening, 500 µl volume, single configuration.

Support kit for microfluidic experiments without connectors and plugs included.

Support kit for microfluidic experiments including Mini Luer accessories for fluidic connections.

A handling frame designed for microfluidic chips that have self-sealing properties, facilitating easy handling and protection.

A handling frame designed specifically for the Fluidic 1471 microfluidic chip, providing secure handling and protection.

A handling frame designed for microfluidic chips with a high skirt, facilitating secure and easy handling.

A handling frame specifically designed for microfluidic chips with chamfered corners to ensure proper fit and protection.

A handling frame designed to maintain proper spacing for microfluidic chips arranged in a 96-well microtiter plate format.

A handling frame designed for microfluidic chips with a low skirt, providing ease of use and protection.

A handling frame designed to maintain proper spacing for microfluidic chips arranged in a 384-well microtiter plate format.

A turning valve distribution chip featuring two independent valve units for microfluidic control.

A microfluidic valve chip designed for evaluating valving strategies.

A stand-alone female Luer connector with a 90° angle designed for horizontal operation in fluidic systems.

A stand-alone olive connector for fluidic interfacing in microfluidic systems.

A stand-alone female Luer connector compatible with Luer Lock for fluidic interfacing.

A short version of the stand-alone female Luer connector for fluidic interfacing.

A stand-alone female Luer connector with a wide base, compatible with Luer Lock for fluidic interfacing.

A stand-alone female mini Luer connector for microfluidic applications.

Male luer plug with retaining strip for secure attachment in microfluidic systems.

A row of four male mini Luer connectors for fluidic applications.

A row of four male mini Luer plugs for fluidic applications.

Male Luer plug with reduced displaced volume for fluidic applications.

Single type male Luer connector for fluidic applications.

Twin type male mini Luer connector for fluidic applications.

Single type male Luer plug for fluidic applications.

Male mini Luer plug with low volume displacement for fluidic applications.

Single type male mini Luer connector for fluidic applications.

Adhesive microfluidic chip designed for upright inspection applications.

A large storage and transport box designed to hold up to 50 microfluidic chips that are 3-4 mm thick.

An adhesive ring designed for use with Fluidic 630 and 631 stand-alone interfaces to secure connections.

An adhesive ring designed for use with Fluidic 302 stand-alone interfaces to secure connections.

An adhesive ring designed for use with Fluidic 303 stand-alone interfaces to secure connections.

Luer connector designed for 1/16 inch tubing in microfluidic applications.

PCR starter kit comprising PCR reaction chamber chips of 10, 20 and 24 µl volume including PCR master mix and accessories for a quick start in on-chip stationary PCR.

Microfluidic chips produced by injection molding using high-performance thermoplastics and elastomeric materials, available in transparent, non-transparent, and colored polymers.

Microfluidic mixer chip designed to dilute preloaded 5 µl samples.

Fluidic 501 is a continuous-flow PCR chip that combines sample preparation, specifically DNA extraction, with DNA amplification through continuous-flow PCR. It features various Mini Luer interfaces for reagent supply and an integrated sample preparation area.

Custom-designed microfluidic chips produced by direct precision milling of polymers for rapid prototyping, closely resembling molded parts in form and functionality.

Microfluidic chip with 24 wells, each having a volume of 50 µl for fluidic applications.

The suspension cell chip Fluidic 1471 has 16 replicate cultivation chambers and is designed for passive pumping of cell culture media or staining solutions. It is ideal for cell cultivation and perfusion of non-adherent cell types, featuring excellent optical quality for high-resolution microscopy and hydrophilic surface treatment.

The meander chip for flow PCR with 36 cycles and a pre-denaturation and post-elongation step features olive interfaces allowing direct connection with tubing. It is in microscope slide format and compatible with ChipGenie® edition TS-3Z and TSO-3Z instruments. Suitable for PCRs with two and three temperature steps, it enables ultrafast temperature cycles by moving liquid over fixed temperature zones.

This cross-shaped channel chip in the extended size platform I shape features a cross-junction and electrodes in non-contact mode. The electrodes are made of 10 nm titanium and 100-150 nm gold, placed on top of the cover lid with no contact to the liquid. Compatible with the capillary electrophoresis system ChipGenie® edition E2.

Microfluidic chip with 65 wells, each having a volume of 25.9 µl for fluidic applications.

Microfluidic trapping chamber chip with a 40 µm barrier height for fluidic applications.

Microfluidic mixer chip for effective mixing of up to three fluids.

Microfluidic mixer chip providing passive mixing on chip using phaseguide technology.

This sample preparation starter kit provides everything needed to generate plasma from full blood on a microfluidic chip, including chips and accessories.

Microfluidic mixer chip for mixing up to four fluids by diffusion.

Microfluidic mixer chip with enhanced pearl-chain mixer design.

Microfluidic mixer chip providing passive mixing on chip.

Mold inserts produced by ultra-precision milling for medium-scale prototyping and mass production by injection molding of microfluidic disposables.

Microfluidic Organism-on-a-Chip designed for C. elegans studies.

Microfluidic mixer chip with active micromixing capability using a stir bar.

Microfluidic mixer chip with channel variation design.

Microfluidic nanotiter plate with nanowell arrays for fluidic applications.

Label-free cell and particle sorting microfluidic chip.

Microfluidic chip for particle sieving and other applications.

Droplet generator chip Fluidic 1751 features eight droplet generator units on one chip with nozzle sizes ranging from 20 µm to 50 µm for high throughput droplet production.

An assay chip designed for fluidic path control in microfluidic systems.

Microfluidic adhesive chip featuring a waste chamber with double channels for fluidic applications.

Microfluidic chip with 18 wells spaced according to a 96-well microtiter plate format.

A lab-on-a-chip handling platform designed for polymer chips without a heating element.

A glass microfluidic chip designed for droplet generation with varying geometries.

Microfluidic chip with round and rhombic footprint for plasma generation.

A PCR support kit without chips, intended to support PCR processes in microfluidic applications.

Microfluidic adhesive chip with self-sealing and reversible sealing capabilities for fluidic applications.

Microfluidic chip with 4 filtration chambers for fluidic applications.

Adapter plate for configuring the LOC HP or CCI 1 platforms, with 2x16 configuration.

A liquid handling and reservoir bridge connecting pipettes to microfluidic chips for fluid transfer.

Thermoplastic polymer substrate platform with double slide design and 2 x 20 Mini Luer fluidic interfaces for microfluidic applications.

A membrane valve chip for microfluidic applications.

Fiber sensor chip designed for pre- and post-chamber sensor integration in microfluidic systems.

Adapter connecting pipettes to microfluidic chips for fluid transfer applications.

Low volume displacement pipetting interface plug for precise microfluidic pipetting.

A chip lid designed to fit microfluidic chips in microtiter plate format, providing protection and sealing.

A bundle of microvalves designed for negative pressure applications in microfluidic systems, enabling precise fluid control.

Microfluidic interface kit with Mini Luer connectors for fluidic connections.

Single type male pipetting interface plug for microfluidic pipetting applications.

Adapter converting mini luer interface to standard luer syringe connection for microfluidic applications.

A storage and transport box designed for microfluidic chips in extended size I format.

Adapter for horizontal interface operation converting mini luer to mini luer connections in microfluidic systems.

A medium-sized storage and transport box designed to hold 10-20 microfluidic chips in slide format.

Flat cap for luer fittings used in microfluidic systems.

A glass microfluidic chip featuring a straight channel with height 37 m and width 100 m.