The plates are suitable for sample collection, storage, combinatorial chemistry, substance libraries, bacteria and yeast cultures and as collection plates for Nunc filter plates. They are resistant to most chemicals, solvents and alcohols used in combinatorial chemistry.Colour naturalWith shared wall technologyRound bottom reduces fluid retention
Screening, sample storage et al. Ritter Riplate® systems are in line with the SBS-standard and are suitalbe for automation systems with corresponding closing- and sealing-mechanism.Riplate® SW have been developed for optimal use of capacity when it comes to sample storage. Due to the SBS-format the outside dimensions of Riplate® are given. Form follows function: the construction of cavities is crucial for a maximum absorption of liquids.
Efficient performance of plasmid DNA, PCR and vacuum filtrations. Suitable for vacuum, filtration, centrifugation or overpressure processes. The plates are recommended for protein purification, lysate clarification and general filtration.The glass fibre plate has a PET frit and two layers of glass fibre membrane for binding DNA. The PET frits have a pore size of 20 µm.Specially designed for high throughput sample processingWith shared wall technology
Efficient performance of plasmid DNA, PCR and vacuum filtrations. Suitable for vacuum, filtration, centrifugation or overpressure processes. The plates are recommended for protein purification, lysate clarification and general filtration.The PET frits have a pore size of 20 µm.Specially designed for high throughput sample processingWith shared wall technology
Efficient performance of plasmid DNA, PCR and vacuum filtrations. Suitable for vacuum, filtration, centrifugation or overpressure processes. The plates are recommended for protein purification, lysate clarification and general filtration.Specially designed for high throughput sample processingWith shared wall technology
Developed for a range of uses, e.g. High-Throughput Screening (HTS), general analysis which requires a master reservoir plate, cell and tissue culture, sample storage, etc. Deep well plates can be used with all leading robotic systems and other autosampling devices.96 well: 12 x 8 array, 384 well: 24 x 16 arrayHigh chemically-resistant polypropylene (e.g.: against DMSO, phenol, chloroform)ANSI/SLAS formatAlphanumeric well codingPlates suitable for freezing down to -80°C (PP) or -20°C (PS)One notched corner ensures correct orientation.StackableDNA-, RNase-, DNAse -free
Screening, sample storage et al. Ritter Riplate® systems are in line with the SBS-standard and are suitalbe for automation systems with corresponding closing- and sealing-mechanism.Due to the compact construction of Riplate® medio less than 50 % stacking size is needed. Higher well rims allow an airtight closure or sealing of Riplate® medio. The alphanumeric marking allows registration and identification of single assays.
Cover mats reduce the maximum volume of wells. Adhesive sealing films can also be used.
The pre-slit sealing mats are designed for use with shared wall microtiter plates and allow penetration into the well using a pipette tip or probe without damaging the caps. To store chemicals or compounds and to prevent contamination and evaporation of the well contents.Chemical resistantSolvent-resistantRepeatedly pierceableTemperature resistant down to -80 °C
Well capacity: 800 µl. Drip director type long.Well capacity: 800 µl. Drip director type long.
Well capacity: 800 µl. Drip director type long.Well capacity: 800 µl. Drip director type long.
Well capacity: 800 µl. Drip director type long.
Well capacity: 800 µl. Drip director type long.Well capacity: 800 µl. Drip director type long.
The pre-slit sealing mats are designed for use with shared wall microtiter plates and allow penetration into the well using a pipette tip or probe without damaging the caps. To store chemicals or compounds and to prevent contamination and evaporation of the well contents.Chemical resistantSolvent-resistantPierceableTemperature resistant down to -80 °C
Screening, sample storage et al. Ritter Riplate® systems are in line with the SBS-standard and are suitalbe for automation systems with corresponding closing- and sealing-mechanism.Raised wells reduce the risk of cross-contamination and increase the security of hot sealing or sealing with adhesive foils. Riplate® 1ml is ideal for use in a thermocycler or for defrosting of samples in a hot-water bath. The U-shaped well bottom reduces the death-volume.
Thermo Scientific™ Abgene™ polypropylene microplates and DeepWell plates provide storage security for assays, mixed libraries or storage of samples for intermediate or long-term use.
Deep-well plates from Ratiolab are available as standard or low profile version with different volumes from 1,2 to 4,6 ml for each well.Available with U-bottom (low profile + standard) and as V-bottom versionSBS standard micro test plate formatWells with significantly larger cross section for reduced cross-contaminationImproved visual control due to clear polypropylene1,2 ml low profile is about half as high as conventional deep-well plates30 % less storage space when using low profile platesAutoclavable at 121 °C, 20 minTemperature resistant to -80 °C8 x 12 wells with alphanumeric code in micro test plate formatPrecise design, for use in automatic pipetting systems for High Throughput Screening (HTS)Optimum space for bar code labels on the side wallsSpace-saving and stackable
The plates are suitable for agglutination tests, sample collection and storage.TransparentRound bottom for optimal sample recoveryAlphanumeric grid allows quick and easy identification of samplesFor use with robots and liquid handling systemsCan be closed with sealing mats and adhesive foil
High-performance plates for manual or automated applications. Suitable for sample storage and preparation, bacteria and yeast cultivation, DNA and RNA isolation, protein analysis and plasmid purification.Clear wellsFrame, white or colouredHigh-contrast, alphanumeric letteringAutoclavable (121 °C, 20 min)Centrifugation resistance up to 6000 × gRounded RecoverMax®-Well-DesignElevated well frames for reliable sealing, even with heat sealingStackableWith barcode
Eppendorf Deepwell Plates BioBased fulfill all manual and automated applications, from sample storage at -86 °C to DNA denaturation at 100 °C. With the Eppendorf OptiTrack labeling matrix, stable and robust design simplifies robotic handling.Available in 2 different colored rims for process differentiationGeometric consistency for robotic applicationsLaser-engraved lot number and expiry date on every plateRaised well rims and smooth surface for reliable (heat)sealing, easy and reliable stackingRecoverMax® well design: Optimized well geometry for maximum sample recovery and excellent mixing propertiesMinimized remaining volume and high uniformity from well to wellHigh-quality polypropylene ensures high resistance to chemicals, mechanical stress and temperature extremesManufactured without slip agents, plasticizers, and biocides – Materials which could have a negative effect on bioassaysAutoclavable (121 °C, 20 min)OptiTrack® matrix: up to 30 % faster sample identification and fewer pipetting errors via high-contrast alphanumeric labeling
High-performance plates for manual or automated applications. Suitable for sample storage and preparation, bacteria and yeast cultivation, DNA and RNA isolation, protein analysis and plasmid purification.Clear wellsFrame, white or colouredHigh-contrast, alphanumeric letteringAutoclavable (121 °C, 20 min)Centrifugation resistance up to 6000 × gRounded RecoverMax®-Well-DesignElevated well frames for reliable sealing, even with heat sealingStackable
High-performance plates for manual or automated applications. Suitable for sample storage and preparation, bacteria and yeast cultivation, DNA and RNA isolation, protein analysis and plasmid purification.Clear wellsFrame, white or colouredHigh-contrast, alphanumeric letteringAutoclavable (121 °C, 20 min)Centrifugation resistance up to 6000 × gRounded RecoverMax®-Well-DesignElevated well frames for reliable sealing, even with heat sealingStackablePCR clean: free of human DNA, DNase, RNase and PCR inhibitors
DNA LoBind plates for maximum sample recovery from nucleic acids by reducing the binding of the sample to the surface. Suitable for preparation or storage of DNA and RNA samples, forensic trace analysis, preparation of dilution series in quantitative qPCR, sample preparation in next-generation sequencing and creation of genome or oligonucleotide libraries.PCR clean: free of human DNA, DNase, RNase and PCR inhibitorsHigh-contrast, alphanumeric letteringFrame white or blueRounded RecoverMax®-Well-DesignElevated well frames for reliable sealing
Promotion
DIN 12336Flat-bottom with spoutAutoclavable
DIN 12336Flat-bottom with spout
Glazed inside and outside except for rim.
Promotion
DIN 12336Flat-bottom with spoutAutoclavable
DIN 12336Flat-bottom with spout
Glazed inside and outside except for rim.
We offer high-quality 96-well and 384-well Deep Well plates made of polypropylene (PP) and polystyrene (PS) with U- or V-shaped bottoms. All plates are compatible with common laboratory automation systems in the ANSI/SBS format.
Yes, you can order Deep Well plates in bulk packs or larger quantities online. Bulk orders provide attractive discounts and ensure consistently high product quality.
Our Deep Well plates are suitable for molecular biology, biochemistry, cell culture, sample storage and preparation, as well as automated analysis workflows.
Yes, all Deep Well plates are made of durable polypropylene, are chemical-resistant, and can be autoclaved to ensure maximum safety and longevity in the laboratory.
Thanks to precise manufacturing in the ANSI/SBS format, Deep Well plates fit perfectly into automated laboratory equipment, ensuring reproducible and reliable results for every application.