Kits
Individual Items
Custom
CONSUMABLE KITS All-in-one consumable kits with carefully selected components for optimal performance and seamless integration
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INDIVIDUAL ITEMS High-quality standalone components for customizing and optimizing your microfluidic workflows
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CUSTOM MICROFLUIDIC CHIP PROTOTYPING
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Semi–Permeable Capsule Kits
SPC Generation Kit (Flux)
Designed for
Single-cell isolation into SPCs on the Flux system
Includes
Microfluidic chips, oils, SPC generation and release reagents, additional components
Runs
Up to 8 samples with ~200,000 SPCs generated per chip lane
Size
80 µm
SPC Innovator Kits (Onyx)
Designed for
Single-cell isolation into SPCs on the Onyx microfluidic platform
Includes
Microfluidic chips, oils, SPC generation and release reagents, additional components
Runs
Up to 6 samples
Size
30 - 300 µm
Microfluidic Kits
Droplet Generation Kits
Designed for
Partitioning samples into water-in-oil droplets (one aqueous inlet) using the Onyx microfluidic system
Includes
Microfluidic chip, oils, syringes, tubing and additional components
Runs
Up to 6 samples, each capable of at least 2 hours of run-time
Size
25 - 55 µm
Co-Flow Droplet Generation Kits
Designed for
Partitioning samples into water-in-oil droplets (two aqueous inlets) using the Onyx microfluidic system
Includes
Microfluidic chip, oils, syringes, tubing and additional components
Runs
Up to 6 samples, each capable of at least 2 hours of run-time
Size
30 - 65 µm
Reagent Addition Kit
Designed for
Reagent addition into water-in-oil droplets using the Onyx microfluidic system
Includes
Microfluidic chip, oils, syringes, tubing and additional components
Runs
Up to 3 samples, each capable of at least 2 hours of run-time
Size
Reinjected: 25 - 40 µm;
Post-addition: 30 - 50 µm.
Post-addition: 30 - 50 µm.
Droplet Merging Kit
Designed for
Pairwise water-in-oil droplet merging using the Onyx microfluidic system
Includes
Microfluidic chip, oils, syringes, tubing and additional components
Runs
Up to 3 samples, each capable of at least 2 hours of run-time
Size
Reinjected: 25 - 30 µm; Generated on-chip: 40 - 45 µm;
Post-merging: 40 - 50 µm.
Droplet Selection Kit
Designed for
Fluorescence activated droplet sorting using the Styx microfluidic system
Includes
Microfluidic chips, spacing oil, tubing and additional components
Runs
Up to 5 samples, capable of at least 4 hours of run-time
Size
25 - 100 µm
Microfluidic Chips
Droplet Generation Chips
Material
PDMS
Designed for
Partitioning samples into water-in-oil droplets (one aqueous inlet)
Runs
Up to 6 samples, each capable of at least 2 hours of run-time
Size
18 - 110 µm
Co-Flow Droplet Generation Chips
Material
PDMS
Designed for
Partitioning samples into water-in-oil droplets (two aqueous inlets)
Runs
Up to 6 samples, each capable of at least 2 hours of run-time
Size
30 - 65 µm; 160 - 200 µm;
Reagent Addition Chips
Material
PDMS
Designed for
Reagent addition into water-in-oil droplets
Runs
Up to 3 samples, each capable of at least 2 hours of run-time
Size
Reinjected: 25 - 30 µm;
Post-addition: 30 - 50 µm.
Post-addition: 30 - 50 µm.
Droplet Merging Chips
Material
PDMS
Designed for
Pairwise water-in-oil droplet merging
Runs
Up to 3 samples, each capable of at least 2 hours of run-time
Size
Reinjected: 25 - 30 µm; Generated on-chip: 40 - 45 µm;
Post-merging: 40 - 50 µm.
Droplet Selection Chips
Material
PDMS
Designed for
Fluorescence activated droplet sorting
Runs
1 sample, capable of at least 4 hours of run-time
Size
25 - 100 µm
Oils
Droplet Stabilization Oil
Designed for
Stabilizing emulsions during the generation of water-in-oil droplets
Quantity
15 mL of ready-to-use solution
Droplet Spacing Oil
Designed for
Maintaining consistent spacing between water-in-oil droplets during reinjection
Quantity
15 mL of ready-to-use solution
Sample Loading Oil
Designed for
Eliminating dead volume by displacing all aqueous solutions in the syringe
Quantity
15 mL of ready-to-use solution
Emulsion Breaker
Designed for
Disrupting water-in-oil emulsions to recover encapsulated samples
Quantity
1 mL of ready-to-use solution
Accessories
Safe needles
Description
Capped needles with pre-attached microfluidic tubing
Designed for
Ensuring safe and hassle-free syringe connection to microfluidic chips
Quantity
50 units
Microfluidic Tubing
Description
PTFE Tubing (1.07mm OD x 0.56mm ID)
Designed for
Seamless connection with Atrandi’s microfluidic chips
Quantity
30m
Custom Chip Design
To help you accomplish even the most complex microfluidic assay ideas, we offer custom chip prototyping and manufacturing services with a fast turnaround time. All custom client designs are kept strictly confidential.
Typical Project Workflow
MICROFLUIDIC CHIP DESIGN
2-5 days
A custom microfluidic chip is designed according to the client’s needs and
specifications by our highly experienced engineers.
PhotolithograpHy templates
7–10 days
The prepared design is used to make a high-resolution photolithography
mask, which is then patterned on a silicon wafer by photolithography. The
prepared template is inspected and measured to verify the feature quality.
CUSTOM CHIP MANUFACTURING
10–20 days
PDMS elastomer is casted on a photolithography template and the design of
microchannels is imprinted on the polymer’s surface. The PDMS slab is then
bound to a glass slide and the device channels coated to achieve a hydrophobic surface. The quality of each chip is manually inspected prior
to shipping.
Publications Referencing Our Products
A high-throughput multiparameter screen for accelerated development and optimization of soluble genetically encoded fluorescent biosensors
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Neurog3-Independent Methylation Is the Earliest Detectable Mark Distinguishing Pancreatic Progenitor Identity
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Single Distal Mutation Enhances Activity of known PETases via Stabilisation of PET-binding
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Hydrop enables droplet-based single-cell ATAC-seq and single-cell RNA-seq using dissolvable hydrogel beads
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