Nest Deep Well Plates - 24

Nest high-quality deep well plates are ideal for microbiology applications, including sample preparation, bacterial culture growth, and long-term storage.

Available in two configurations: 10 mL 24 Well and 16 mL 24 Well.

• High chemical stability
• Temperature range: -80°C to 120°C
• Autoclavable
• Compatible with multi-channel pipette and automatic equipment
• Optimized bottom design to minimize residual volume
• Clear alphanumeric codes for easy identification
• Conform to SBS/ ANSI
• Stackable, reliable tight sealing
• Non-pyrogenic, DNase/RNase free
• Both E-beam sterilized, and non-sterilized deep well plates are available

Material

10 mL, 24 Well, Rounded Bottom

• Designed for growing bacterial cultures and sample purification using magnetic beads (manual and automated systems)
• Unique square top with round bottom design optimizes mixing and enhances magnetic bead recovery
• Separated round well bottoms are compatible with post or ring-style magnetic plates
• Automation-compatible footprint and rigid construction for use with most robotic grippers
• Raised rims around each well ensure easy and secure sealing with adhesive films, silicone mats, or heat-sealing films 

16 mL, 24 Well, V-Bottom

• Perfect for aliquoting and sample preparation in various biochemical and molecular biology workflows.
• Autoclavable and RNase/DNase free
• Safe for use and storage at temperatures as low as -80°C
• Centrifuge-safe up to 4000 g
• Stackable for easy storage and handling   

Nest Deep Well Plates - 48

Nest high-quality deep well plates are ideal for microbiology applications, including sample preparation, bacterial culture growth, and long-term storage.

Available 3.5 mL 48 well and 4.6 mL 48 well.

• High chemical stability
• Temperature range: -80°C to 120°C
• Autoclavable
• 4.6 mL 48 well centrifugal strength up to 3000 g
• 3.5 mL 48 well centrifugal strength up to 4000 g
• Compatible with multi-channel pipette and automatic equipment
• Optimized bottom design to minimize residual volume
• Clear alphanumeric codes for easy identification
• Conform to SBS/ ANSI
• Stackable, reliable tight sealing
• Non-pyrogenic, DNase/RNase free
• Both E-beam sterilized, and non-sterilized deep well plates are available   

Material

USP VI Polypropylene material

 

Nest Deep Well Round Well Plates - 96

Ideal for microbiology, sample prep, long-term storage, HTS, protein/biochemical assays, centrifuge applications, and more. Low profile options are available for smaller volumes and faster mixing.

• High chemical stability
• Temperature range: -80°C to 120°C
• Autoclavable
• Centrifuge to 3000 g
• Compatible with multi-channel pipette and automatic equipment
• Optimized bottom design to minimize residual volume
• Clear alphanumeric codes for easy identification
• Conform to SBS/ ANSI
• Specific 96 well deep plate used in nucleic acid extraction
• Stackable, reliable tight sealing
• Non-pyrogenic, DNase/RNase free
• Both E-beam sterilized, and non-sterilized deep well plates are available

Material

USP VI Polypropylene material   
 

Nest Deep Well Square Well Plates - 96

Ideal for high-volume assays, extraction/purification, high-throughput, microbiology, and centrifugation-based processes. 8-Strip Plastic Comb available for electrophoresis of DNA/RNA/proteins and sample handling/organization.

• High chemical stability
• Temperature range: -80°C to 120°C
• Autoclavable
• Centrifugal strength up to 3000 g
• Compatible with multi-channel pipette and automatic equipment
• Optimized bottom design to minimize residual volume
• Clear alphanumeric codes for easy identification
• Conform to SBS/ ANSI
• Specific 96 well deep plate used in nucleic acid extraction
• Stackable, reliable tight sealing
• Non-pyrogenic, DNase/RNase free
• Both E-beam sterilized, and non-sterilized deep well plates are available

Material

USP VI Polypropylene material

NEST Deep Well Plates - 384

Available in 120 uL 384 well and 240 uL 384 well for increased throughput and efficiency. Ideal for sample aliquoting, long-term storage, microbial growth studies, ELISA, and more.

• High chemical stability
• Temperature range: -80°C to 120°C
• Autoclavable
• Centrifugal strength up to 3000 g
• Compatible with multi-channel pipette and automatic equipment
• Optimized bottom design to minimize residual volume
• Clear alphanumeric codes for easy identification
• Conform to SBS/ ANSI
• Specific 96 well deep plate used in nucleic acid extraction
• Stackable, reliable tight sealing
• Non-pyrogenic, DNase/RNase free
• Both E-beam sterilized, and non-sterilized deep well plates are available

Material

USP VI Polypropylene material   
 

ILP Deep Well Round or Rectangle Well, U-Bottom Plates - 48

For large-volume sample storage and analysis.

These 48-well U-bottom plates, available in both round and rectangular well formats, are specifically engineered for large-volume sample storage, processing, and analysis. With well capacities of 3.5 mL and 4.6 mL, these plates are ideal for applications requiring high sample volumes, such as:

• Combinatorial chemistry
• Environmental testing
• Food and beverage analysis
• Large-scale biological assays 

Each well features a thin-wall design to maximize usable volume and a unique elongated bottom trough, which functions as a reservoir for sample particulates, sedimentation, or viscous fluids. Raised rims on each well enhance sealing with adhesive films, silicone mats, or heat-sealing films, helping to prevent cross-contamination and sample loss.

Manufactured from inert, medical-grade virgin polypropylene, these plates are:

• Chemically resistant and suitable for a wide range of reagents
• Certified RNase, DNase, and Pyrogen free
• Stable for storage at -80°C
• Compatible with centrifugation and automated handling systems

The ANSI/SLAS 1-2004 (SBS) compliant footprint ensures seamless compatibility with standard fixtures, stackers, and heater/cooler blocks, making these plates a reliable choice for both manual and automated lab environments.
 

ILP Deep Well Square Well, U-Bottom 44 mm Plates - 24

Our 10.0 mL and 15.0 mL 24-well plates are ideal for growing bacterial cultures and for sample purification with magnetic beads, utilizing manual and automated systems. The unique square top with round bottom design allows for optimum mixing and enhanced recovery of magnetic beads. Separated round well bottoms allow for the use of post or ring-style magnetic plates.

Automation-compliant footprint and rigid construction allow for use on automation platforms with most robotic grippers. Raised rims on each well make for easy and secure sealing with adhesive films, silicone mats, or heat-sealing films.

 
Made from Virgin Polypropylene (no mold release agents or regrind); certified RNase, DNase, DNA, and Pyrogen Free.

• Uniform wall thickness
• Easy well identification with molded-in alpha-numeric position markings
• Large sidewalls for easy labeling
• Square well design maximizes sample volume to well ratio while still complying with ANSI/SLAS 6-2012 I

Specifications
 

Number of Wells	24
Number of Plugs	24
Plug Shape	Round – U
Well Shape Top	Square
Well Shape Bottom	Round – U
Material	USP Class VI Polypropylene
Color	Natural
Alphanumeric	Molded in
Compliance	ANSI/SBS 6-2012
Surface Treatment	None
Certified	DNase-/RNase-/Pyrogen-Free
Overall Height	1.76 In. | 44.60 mm
Well Depth	1.61 In. | 41.00 mm
Overall Length	5.03 In. | 127.76 mm
Width	3.37 In. | 85.48 mm
Top Width	3.22 In. | 81.70 mm
Well/Plug Diameter Bottom	0.65 x 0.65 In. | 16.40 x 16.40 mm
Well/Plug Diameter Top	0.67 x 0.67 In. | 17.00 x 17.00 mm
Top Length	4.89 In. | 124.10 mm
Well Bottom To Deck	0.09 In. | 2.40 mm
Max Volume	10 or 15 mL
Working Volume	8.6 mL
Volume With Mat Lid	7.5 mL
Autoclavable	121ºC at 15 psi, 15 min. (249.8ºF)
Max RCF	4,000 RCF
Max Temp.	120ºC (248ºF)
Min Temp.	-80ºC (-112ºF)

 

ILP Deep Well Square Well, U-Bottom Plates - 96

These 96-deep well plates are ideal for separations of nucleic acids and clean-up procedures with magnetic beads. The unique square top with a round bottom design allows for maximum volume, optimum mixing, and enhanced separation/recovery of magnetic beads. Separated round well bottoms allow for the use of ring or post-style magnetic plates.

Raised rims on each well make for easy and secure sealing with adhesive films, silicone mats, or heat-sealing films. Manufactured from virgin polypropylene (no mold release agents or regrind) and certified to be free of RNase, DNase, and Pyrogen contamination.

• Uniform wall thickness
• Easy well identification with molded-in alpha-numeric position markings
• Raised rims for easy and secure sealing with adhesive films, silicone mats, or heat-sealing films
• Raised rims help protect from cross-contamination 

Specifications
 

Number of Wells	96
Number of Plugs	96
Plug Shape	Round – U
Well Shape Top	Square
Well Shape Bottom	Round – U
Material	USP Class VI Polypropylene
Adhesive Material	None
Color	Natural
Alphanumeric	Molded in
Compliance	ANSI/SBS 6-2012
Surface Treatment	None
Certified	DNase-/RNase-/Pyrogen-Free
Autoclavable	121ºC (249.8ºF) at 15 psi, 15 min.
Max RCF	4,000 RCF
Max Temp.	120ºC (248ºF)
Min Temp.	-80ºC (-112ºF)

 

ILP Deep Well Round Well, U-Bottom Square Top Glass Coated Plates - 96

For magnetic bead separation and nucleic acid purification.

The ILP 96-Deep Well Glass-Coated Plate with round U-bottom wells and square tops is purpose-built for magnetic bead-based workflows, including nucleic acid separation, clean-up procedures, and high-throughput applications. Its unique hybrid design, square tops for maximum volume and mixing paired with round bottoms for efficient magnetic bead collection, delivers optimized performance and precision.

The wells are coated with a 200 nm thick layer of silicon dioxide (SiO), creating a non-binding, inert glass-like surface that protects your valuable samples from potential interactions with polypropylene. This glass coating minimizes biomolecular binding, increases chemical resistance, and prevents leachables, making it ideal for sensitive or high-purity applications.

Key Features

• Square-top, round-bottom well design for enhanced volume, mixing, and bead separation
• Compatible with ring-style or post-style magnetic plates for efficient bead recovery
• Glass-coated polypropylene (200 nm SiO layer) for reduced binding and superior chemical resistance
• Made from medical-grade virgin polypropylene, no mold release agents or regrind
• Certified RNase, DNase, and Pyrogen-free
• Raised rims around each well for secure sealing with adhesive films, silicone mats, or heat-sealing films
• Uniform wall thickness for consistent performance
• Molded-in alphanumeric well markings for quick sample identification
• Ideal for nucleic acid purification, clean-up, magnetic bead assays, and automated sample processing

Engineered for automation compatibility, sample protection, and reliable bead-based workflows, these plates deliver consistent, contamination-free results in demanding lab environments.
 

33.00 mm Height, 1.1 mL Plates
 

This mid-height plate combines optimized storage with automation friendly design. Sturdy and warp-resistant design with ultra-flat surfaces and rigid construction; ideal for high throughput screening, sample collection, compound storage, compound libraries, and combinatorial chemistry applications.

31.50 mm Height, 1.2 mL Plates
 

This shared wall 8.5 mm round well U-bottom plate combines optimized mixing and storage with automation friendly design. Sturdy and warp resistant, with ultra-flat surfaces and rigid construction, this plate is ideal for high throughput screening, sample collection, compound storage, screening, mixing, and combinatorial chemistry applications. It is compatible with stackers, grippers, heater/cooler blocks, and other instruments that comply with the ANSI/SLAS 2004-1 (SBS) footprint.

ILP Deep Well Round Well, V-Bottom 33 mm Plates - 96
  

These round deep-well V-bottom plates combine working volume with an automation-friendly design. Sturdy and warp-resistant design with ultra-flat surfaces and rigid construction, this plate is ideal for high throughput screening, sample collection, compound storage, screening, and combinatorial chemistry applications. It is compatible with stackers, grippers, heater/cooler blocks, and other instruments that comply with the ANSI/SLAS 2004-1 (SBS) footprint.

Raised rims on each well help protect from cross-contamination, minimize sample loss during storage, and make for enhanced sealing with adhesive films, silicone mats, or heat-sealing films. Manufactured of inert, chemically resistant, and exceptionally clear virgin polypropylene.

Made from medical grade virgin polypropylene (no mold release agents or regrind); certified RNase, DNase, DNA, and Pyrogen Free.

• Uniform wall thickness
• Easy well identification with molded-in alpha-numeric position markings
• Raised rims for easy and secure sealing with adhesive films, silicone mats, or heat-sealing films
• Raised rims help protect from cross contamination

ILP Deep Well Square Well, V-Bottom Plates - 96

For High-Efficiency Sample Recovery and Storage.

The 96-Deep Well Square Well Plate with Pyramid-V Bottom is designed for high-efficiency sample processing, maximum sample recovery, and long-term storage. Its square well design with a V-shaped pyramid bottom ensures optimal bead collection and minimal sample loss, making it an ideal solution for applications such as:

• Magnetic bead separations
• Assays and high-throughput screening (HTS)
• Combinatorial chemistry
• Compound library storage
• Long-term sample preservation at -80°C

Crafted from inert, medical-grade virgin polypropylene, these plates are certified RNase, DNase, DNA, and Pyrogen-free, ensuring sample integrity for even the most sensitive workflows. No mold release agents or regrind materials are used.

Key Features

• Square wells with Pyramid-V bottom design for maximum sample recovery and magnetic bead collection
• Mid-height format reduces vertical space usage by 30–40%, ideal for freezers, automated systems, or under hoods
• Ultra-flat, warp-resistant construction supports consistent sealing and compatibility with automation
• Raised rims on each well prevent cross-contamination and improve sealing with adhesive films, silicone mats, or heat seals
• ANSI/SLAS 1-2004 footprint fits all standard stackers, fixtures, and heater/cooler blocks
• Stacking lugs provide secure vertical storage and help prevent tipping
• Ideal for HTS workflows, magnetic bead-based assays, and high-density sample management

These plates combine optimized well volume, automation-friendly features, and rugged durability to meet the demands of modern molecular biology and drug discovery labs.