Placas Deep-well

Las placas LABSOLUTE® Deep Well cumplen todos los requisitos esenciales para satisfacer una gran variedad de aplicaciones de cultivo celular, farmacia y biología molecular. Además del almacenamiento de muestras a largo plazo, las placas de pocillos profundos pueden utilizarse para otras aplicaciones, como el cultivo de microorganismos, los estudios de cribado y la extracción de ácidos nucleicos y proteínas.

• Fabricadas con polímero 100 % puro sin aditivos
• Fabricadas en sala limpia de clase 8
• Libres de RNasa, DNasa, ADN humano, endotoxinas, inhibidores de la PCR y ATP.
• Fabricadas de conformidad con la norma ANSI/SLAS 2004
• Ideales para utilizarse con robots y sistemas automatizados de manipulación de líquidos.
• Las placas de PP tienen una gran resistencia a productos químicos (por ejemplo, al DMSO) y son esterilizables en autoclave a 121 °C.

Las tapas LABSOLUTE® para placas Deep Well protegen las muestras de la contaminación y la evaporación. El rotulado alfanumérico permite identificar las muestras fácilmente.

• Producidas en un ambiente de sala limpia
• Libres de RNasa, DNasa, ADN humano y pirógenos
• Polipropileno virgen
• Selección de tipos de pocillos

• Fondo de pocillo piramidal para una recuperación óptima de la muestra
• Bordes elevados para un sellado óptimo y un menor riesgo de contaminación cruzada
• Rebordes elevados en las esquinas para proteger los bordes de las juntas
• Resistentes a los productos químicos (p.ej. contra DMSO, Fenol, Cloroformo)
• Autoclavables (121 °C)
• Polipropileno virgen, certificados libres de RNAsa, DNAsa y endotoxinas

Las placas son adecuadas para la recogida de muestras, almacenamiento, química combinatoria, bibliotecas de sustancias, cultivos de bacterias y levaduras y como placas de recogida para placas de filtro Nunc. Son resistentes a la mayoría de los productos químicos, disolventes y alcoholes utilizados en la química combinatoria.

• Color natural
• Con tecnología de pared compartida
• El fondo redondo reduce la retención de líquidos

384 Well Polystyrene Microplates are manufactured under DIN ISO 9001 guidelines and can be traced all the way back to production through a defined LOT number system. Furthermore they are footprint compatible with automated systems. Polypropylene (PP) has low biomolecular binding characteristics, a high temperature tolerance, and is resistant to many standard laboratory chemicals, such as DMSO. From black polypropylene microplates for fluorescence polarisation to white microplates for scintillation proximity assays (SPA), the 96 well polypropylene range has all you need. The improved Rounded Square Well Design allows flexible working volume of 15 - 110 μl, with the advantages of a round well, such as reduced wicking and bubbling.

Properties:

• Total volume: 131 μl
• Working volume: 15 - 110 μl
• Growth area: 10 mm2
• Lid enables gas exchange with the lowest possible evaporation
• Stackable
• Alphanumeric well coding

384 Well Polystyrene Microplates are manufactured under DIN ISO 9001 guidelines and can be traced all the way back to production through a defined LOT number system. Furthermore they are footprint compatible with automated systems. Polystyrene is a highly clear polymer with excellent optical properties which makes it ideal for precise optical measurements. An it is suitable for work with cell cultures. The improved Rounded Square Well Design allows flexible working volume of 15 - 110 μl, with the advantages of a round well, such as reduced wicking and bubbling.

Properties:

• Total volume: 131 μl
• Working volume: 15 - 110 μl
• Growth area: 10 mm2
• Lid enables gas exchange with the lowest possible evaporation
• Stackable
• Alphanumeric well coding

96 Well Polystyrene Microplates are manufactured under DIN ISO 9001 guidelines and can be traced all the way back to production through a defined LOT number system. Furthermore they are footprint compatible with automated systems. Polystyrene is a highly clear polymer with excellent optical properties which makes it ideal for precise optical measurements. An it is suitable for work with cell cultures.

Properties:

• Reduction of sample volume by up to 50 %
• Standardised pathlength (1 cm=170 μl, 0.5 cm=80 μl)
• medium binding microplate is more hydrophobic than the surface of a high binding microplate
• μClear® with ultra-thin films, without the use of adhesives or solvents
• Are analysed for detectable DNase, RNase and human DNA
• Are free of biocides and antistatics
• Are manufactured without the use of siliconbased mould release

The 1 ml MASTERBLOCK® are ideal microplates for storing non-human sample material but are also ideal for cultivating bacteria or yeast. Their most important properties are biological inertness, resistance to numerous solvents commonly used in the laboratory, such as DMSO and temperature resistance from -196 °C to +121 °C.

Properties:

• Uniform external dimensions and tolerances
• Alphanumeric well coding
• Sealable with adhesive films and heat sealer
• Sealable with CapMats
• Available sterile or non-sterile
• Barcode-labelled on request

The 0,5 ml and 2 ml MASTERBLOCK® are ideal microplates for storing non-human sample material but are also ideal for cultivating bacteria or yeast. Their most important properties are biological inertness, resistance to numerous solvents commonly used in the laboratory, such as DMSO and temperature resistance from -196 °C to +121 °C.

Properties:

• Uniform external dimensions and tolerances
• Alphanumeric well coding
• Sealable with adhesive films and heat sealer
• Sealable with CapMats
• Available sterile or non-sterile
• Barcode-labelled on request

96 Well Polystyrene Microplates are manufactured under DIN ISO 9001 guidelines and can be traced all the way back to production through a defined LOT number system. Furthermore they are footprint compatible with automated systems. Polypropylene (PP) has low biomolecular binding characteristics, a high temperature tolerance, and is resistant to many standard laboratory chemicals, such as DMSO. From black polypropylene microplates for fluorescence polarisation to white microplates for scintillation proximity assays (SPA), the 96 well polypropylene range has all you need.

Properties:

• Uniform external dimensions
• Well-to-well spacing 9 mm
• Alphanumeric well coding
• High chemical resistance
• High temperature resistance (-196 °C to +121 °C)
• Sealable with adhesive films and heat sealer
• Sealable with CapMats

The CELLCOAT® product line comprises cell culture vessels which are coated with proteins of the extracellular matrix or synthetic proteins. Beside an improved adhesion and proliferation of primary cells and various cell lines. CELLCOAT® plates are highly suitable for serum-free and serum-reduced cell cultivation. Experiments which include additional washing steps or stressful procedures, e.g. transfection. Moreover, the differentiation of individual cell types can be enhanced through the protein-coating.
Collagen Type I is a protein of the extracellular matrix, an intercellular substance which in vivo influences adhesion, migration and proliferation among other processes. Collagen Type I represents one of the most important ECM proteins for in-vitro cell cultures.

Proporties:

• difficult-to-cultivate cells adhere show a positive growth behaviour
• positive influence on differentiation and morphology
• Cell culture flasks with filter caps
• Shelf life: 24 months at room temperature
• Further cell culture vessels coated with Collagen Type I available on request

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 wells
• Frame, white or coloured
• High-contrast, alphanumeric lettering
• Autoclavable (121 °C, 20 min)
• Centrifugation resistance up to 6000 × g
• Rounded RecoverMax^®-Well-Design
• Elevated well frames for reliable sealing, even with heat sealing
• Stackable

Placas de alto rendimiento para aplicaciones manuales o automatizadas. Adecuadas para el almacenamiento y preparación de muestras, cultivo de bacterias y levaduras, aislamiento de ADN y ARN, análisis de proteínas y purificación de plásmidos.

• Pocillos transparentes
• Marco blanco o de color
• Letras alfanuméricas de alto contraste
• Autoclavables (121 °C, 20 min)
• Resistencia a la centrifugación hasta 6000 × g
• Diseño de pocillo redondeado RecoverMax^®
• Marcos de pozo elevados para un sellado fiable, incluso con sellado térmico
• Buena apilabilidad
• PCR clean: libres de inhibidores de ADN humano, DNAsa, RNAsa y PCR o estériles

Las esteras de cubierta reducen el volumen máximo de los pocillos, pero mejoran el sellado y reducen la evaporación de las muestras. También se pueden utilizar películas de sellado adhesivo.

96 well CapMats with round naps are suitable for sealing the 1 ml and 0.5 ml 96 well MASTERBLOCK®, in addition to standard 96 well polypropylene microplates. The 96 well F-, U- and μClear®-bottom polystyrene microplates may also be sealed (except 96 well V-bottom polystyrene microplates). These CapMats are not pierceable. 96 well CapMats with square naps are suitable for the 2 ml 96 well MASTERBLOCK®. These CapMats are not pierceable.

Properties:

• Available non-sterile or sterile
• Resistant to DMSO
• Temperature range between -20 °C and +60 °C
• Free of detectable DNase, RNase, human DNA
• Non-Pyrogenic
• Ideal for Real Time PCR

Desarrollados para inmunoensayos cuantitativos y cualitativos en fase sólida, p.ej. técnicas ELISA.

• Sistemas de orientación alfanuméricos
• Formato estándar 128x86 mm
• Alta calidad óptica
• Cuatro opciones para el fondo: fondo plano (F), fondo redondo (U), fondo plano curvado (C) o StarWell™
• Marcos y módulos disponibles por separado
• Los módulos permanecen en el marco cuando se invierten
• Reproducibilidad certificada de la encuadernación
• Módulo autoportante

Placas Immuno no estériles con fondo plano transparente, muy adecuadas para inmunoensayos cuantitativos y cualitativos en fase sólida.

Elección de diferentes superficies:
PolySorp™, Immulon™ 1B y Universal Binding (UB) sirven para absorber moléculas hidrofóbicas.
Medisorp™ e Immulon 2HB son ligeramente hidrófilos y se unen a una variedad de biomoléculas.
MaxiSorp™, Immulon 4 HBX y Enhanced Bond (EB) son hidrofílicos e ideales para ensayos sándwich de anticuerpos.
MultiSorp es altamente hidrófilo y es muy adecuado para glicanos y proteínas solubles en agua.

• Resultados fiables y repetibles en ensayos colorimétricos
• Muy buena calidad óptica
• Filas y columnas etiquetadas alfanuméricamente

Módulos transparentes en marcos estándar de 96 pocillos.

• Formato estándar 128 x 86 mm
• Alta calidad óptica para resultados fiables
• Módulos independientes de fácil manejo
• Sistema alfanumérico para una mejor orientación

Placas de microtitulación para inmunoensayos con superficies de unión de afinidad (estreptavidina pasiva e inmovilizador estreptavidina, quelato de níquel y glutatión, BioBind).

• Interacción estreptavidina-biotina para una amplia gama de biomoléculas
• Superficie de unión muy específica
• Mejora de la relación señal/ruido
• Placa de 96 pocillos: Volumen de trabajo 100 µl/pocillo, volumen total 350-400 µl/pocillo
• Placa de 384 pocillos: Volumen de trabajo 50 µl/pocillo, volumen total 120 µl/pocillo

Minimize plate evaporation through the uniquely engineered design of Thermo Scientific™ Nunc™ Edge-96 Well Plate. The edge plate is engineered for optical superiority allowing your automated imaging systems to operate efficiently. The plates are made of clear polystyrene for excellent optical properties making it ideal for optical measurements
Features:

• Reduced Edge Effect virtually eliminates evaporation in lengthy incubations
• Overall plate evaporation rate reduced to <2% after seven days of incubation
• Low evaporation permits full-plate results
• Large evaporative buffer zones eliminate well-to-well variability
• Perimeter moat can be filled with 1.7mL sterile H2O or media
• Low background fluorescence, ideal for optical instruments
• Ideal for image-based high content applications like measuring primary neuron cultures
• Customized bar coding available (upon request)

Desarrolladas para gran cantidad de aplicaciones como "High-Throughput Screening" (HTS), análisis en general que requieren una placa madre, cultivos celulares y de tejidos, almacenamiento de muestras, etc. Las placas Deep well se pueden utilizar con todos los robots de pipeteos más importantes y con todos los sistemas automáticos dosificadores.

• Capacidades: 96 pocillos: 0,5 ml, 1,1 ml, 1,2 ml y 2,2 ml, 384 pocillos: 0,3 ml
• Pocillos con base en forma de U
• Perfil bajo y estándar
• 96 pocillos:12 x 8 filas, 384 pocillos: 24 x 16 filas
• Polipropileno de elevada resistencia química (por ejemplo, ante DMSO, fenol, cloroformo)
• Conforme a ANSI/SLAS formato 1 y 4
• Codificación alfanumérica de las cavidades
• Placas adecuadas para ser congeladas a -80°C (PP) o -20°C (PS)
• Mejor orientación gracias a que una esquina está recortada
• Apilables
• Sin ADN, RNAsa, DNAsa

Las placas de pocillos deep-well de Ratiolab están disponibles en perfil estándard o Low Profile con distintos volúmenes desde 1,2 a 4,6 ml por pocillo.

• Disponibles con fondo en forma de U (Low Profile + estándar) o en forma de V
• Formato SBS
• Pocillos con mayor sección transversal para reducir la contaminación cruzada
• Hechas de polipropileno clara, para mejora la visualización de las muestras
• Los pocillos bajos de 1,2 ml son la mitad de altos que los convencionales
• Reducción del 30% del espacio de almacenaje con las placas bajas
• Autoclavables a 121 ºC, 20 min
• Resistentes a una temperatura de hasta -80 ºC
• 8 x 12 pocillos con código alfanumérico en formato "micro test plate"
• Diseño preciso para su uso en sistemas de pipeteado automáticos para High Throughput Screening (HTS)
• Etiquetas con código de barras en la parte lateral de las paredes
• Apilables, contribuyen al ahorro de espacio

Purity, stability, color and other features to facilitate laboratory work.

• Extremely thin-walled polypropylene wells guarantee an optimal temperature transfer
• Exceptionally stable and torsion-resistant polycarbonate frame
• Elevated well edges ensure effective sealing and reduce the risk of cross-contamination
• Batch-tested and certified free of DNA, DNase, RNase and PCR-inhibitors (PCR clean), additionally free of bacterial DNA
• Autoclavable up to 121 °C
• Available with bar code (on request)

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.

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.

Riplate^® pocillos redondos - Estándar en funcionamiento
Los pocillos elevados reducen el riesgo de contaminación cruzada y aumentan la seguridad del sellado en caliente con láminas adhesivas. Riplate^® 1 ml es ideal para utilizar en un termociclador o para descongelar muestras en un baño de agua caliente. El fondo del pocillo en forma de U reduce el volumen muerto.

Riplate^® pocillos cuadrados - Para una capacidad máxima
Riplate^®SW optimiza la capacidad en lo que se refiere al almacenamiento de muestras. Debido al formato SBS sus dimensiones vienen ya determinadas. La construcción de las cavidades es crucial para una absorción máxima de los líquidos.

Riplate^® medio - Ahorra el 50% de la capacidad de almacenamiento
Debido a la construcción compacta de Riplate^® medio, se necesita menos del 50% de espacio de almacenamiento. Unos bordes más elevados de los pocillos permiten un cierre o sellado hermético al aire de Riplate^® medio. El marcaje alfanumérico permite el registro y la identificación de las valoraciones individuales.

Riplate^®384 - Optimizado para volúmenes más pequeños
Disponible en PS y PP para sistemas automatizados de almacenamiento. Marcaje alfanumérico para la identificación de muestras. Cavidades redondas para fuerzas capilares reducidas. Con fondo plano -ideal para aplicaciones ópticas y microscópicas.

Campo de aplicación: Screening, almacenamiento de muestras etc. Los sistemas Ritter Riplate^® están en línea con el estándar SBS y son adecuados para sistemas de automación con el correspondiente mecanismo de cierre y sellado.

Las esteras de sellado Matrix™ SepraSeal son adecuadas para sellar de forma segura los tubos de muestra con o sin código 2D. Para acceder a la muestra, las tapas pueden ser retiradas con la práctica herramienta para retirarlas (código 6.254 390, pedir por separado) o perforadas una vez. Las versiones pre-cortadas son adecuadas para perforaciones múltiples. La función de autosellado del elastómero precortado mantiene la integridad de la muestra.

• Para el almacenamiento hasta -20 °C
• Es posible el cierre individual o el cierre de 96 tubos de muestra simultáneamente
• Buena resistencia química
• Baja tasa de evaporación

Cell culture multiwell plates are available in the hydrophilic surface (TC surface treatment) for improved cell adhesion and hydrophobic surface for suspension cultures and hybridoma cells. Cell culture microplates from the CELLSTAR® range are specifically treated. This treatment leads to polar groups such as carboxyl and hydroxyl groups , added to the plastic surface. These allow the growth of adherent cell lines. They are also suitable for automated systems and contain an alphanumeric well coding. They are also suitable for footprint systems and contain an alphanumeric well coding.

Properties:

• High clarity enables optimal microscopic examinations
• Lid enables optimal gas exchange with the lowest possible evaporation
• Stackable
• Alphanumeric well coding
• Individually wrapped peel-off bags
• Consecutive lot numbering
• 384 and 1536 well foramt available

Magnetic levitation is a simple method to reproduce in vitro the conditions prevailing in native tissue. The Bio-Assamber™ Kit is ideal for cultivating floating 3D cell cultures for long-term experiments. The cultured 3D cell cultures can be studied wonderfully with common biological techniques, such as immunohistochemical analysis methods and Western blots.

Features & Benefits:

• Simple handling - No sample loss
• HTS with flat cell base for optical imaging
• Compatible with automation systems

This technology is suitable for high-throughput 96 and 384 well applications and is not limited to specific cell types. Magnetic 3D bioprinting can generate viable spheroids and continuously analyze the viability of the cells in the spheroids using commercially available assays.

Features & Benefits:

• Easy handling - No sample loss
• HTS with flat cell base for optical imaging
• Compatible with automation systems

• 600 µl vessel NanoShuttle™-PL (2)
• 384 Well Spheroid Drive (1)
• 384 Well Holding Drive
• 384 well cell culture microplate (transparent) with cell repellent surface

• 600 µl vessels NanoShuttle™-PL (3)
• 384 Well Spheroid Drive (1)
• 384 Well Holding Drive (1)
• 384 well cell culture microplate (black, with µClear® foil bottom) with cell repellent surface

In order to enable a savings potential in the 384 well format, the 384 well Small Volume™
microplates were developed. They have round wells with a conical geometry. The wells have a total volume of 28 μl and a working volume of between 4 μl and 25 μl. All plates have printed LOT number and also free of detectable DNase, RNase and non-pyrogenic.

Properties:

• Perfect for top reading even at low working volumes
• Savings in reagent similar to 1536 well microplates
• Suited for transmission, fluorescence and luminescence applications
• Excellent optical properties
• Available in med. binding or high binding quality (MICROLON®, FLUOTRAC™, LUMITRAC™)
• Available cell culture treated
• Available in non-binding quality

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 processing
• With shared wall technology

3D bioprinting, viable spheroids can be generated and the viability of the cells in the spheroids can be continuously analyzed using commercially available assays.

Features & Benefits:

• Easy handling - No sample loss
• HTS with flat cell base for optical imaging
• Compatible with automation systems

• 600 µl vessels NanoShuttle™-PL (3)
• 96 Well Spheroid Drive (1)
• 96 Well Holding Drive (1)
• 96 well cell culture microplate (black, with µClear® foil bottom) with cell repellent surface

• 600 µl vessels NanoShuttle™-PL (3)
• 96 Well Spheroid Drive
• 96 Well Holding Drive
• 96 well cell culture microplates (transparent) with cell repellent surface

Las láminas de sellado pre-ranuradas están diseñadas para su uso con placas de microtitulación de pared compartida y permiten la penetración en el pozo utilizando una punta de pipeta o sonda sin dañar las tapas. Para almacenar productos químicos o compuestos y para prevenir la contaminación y evaporación del contenido del pozo.

• Resistentes a los productos químicos
• Resistentes a los disolventes
• Perforables
• Resistentes a temperaturas de hasta -80 °C

Each of the 96 reservoirs contains an elevated platform with either one or three crystallisation wells. The plates are optimised for sealing with VIEWseal™ and AMPLIseal™ adhesive film. All CrystalQuick™ plates are available in an LBR version for the use of polarised light.

Properties:

• Alphanumeric well coding
• Suitable for automated applications
• Crystallisation plates for sitting drop applications with different well profiles and material properties

The use of the 96 well format allows the scale up of basic PCR work, while the 384 well format is ideal for high-throughput screening projects.

Properties:

• Ultra thin polypropylene for optimal heat transfer from the thermoblock to the reaction solution
• Free of detectable DNase, RNase, human DNA
• Non-Pyrogenic
• Sealable with sealers SILVERseal™ , VIEWseal™ and AMPLIseal™ or with compatible 8-cap strips
• For Research Use Only, not for use in diagnostic procedures, unless otherwise indicated

Cell culture multiwell plates are available in the hydrophilic surface (TC surface treatment) for improved cell adhesion and hydrophobic surface for suspension cultures and hybridoma cells. Cell culture microplates from the CELLSTAR® range are specifically treated. This treatment leads to polar groups such as carboxyl and hydroxyl groups , added to the plastic surface. These allow the growth of adherent cell lines. They are also suitable for automated systems and contain an alphanumeric well coding. They are also suitable for footprint systems and contain an alphanumeric well coding.

Properties:

• Perfect for top reading even at low working volumes
• Suited for transmission, fluorescence and luminescence applications
• Excellent optical properties
• Optimal performance
• Highest possible degree of automation
• 96 and 384 well format availbale

CELLview™ Glass bottom microplates are particularly suitable for demanding applications in high-resolution microscopy. The optimized microplate geometry with the lowered bottom ensures optimal microscopic analysis of the outer cells, even with immersion objects. The round and conical cell geometry reduces meniscus effects and guarantees an even distribution of the cells as well as constant results during microscopy.

Features & Benefits:

• Excellent image quality and resolution
• compatible with confocal microscopy systems like Opera Phenix, Perkin Elmer-Yokogawa, WAKO-Image Express, Molecular Devices-Cytation, Biotek

Las placas Protein LoBind están especialmente diseñadas para la proteómica y otras áreas de investigación de proteínas. Adecuadas para la preparación o almacenamiento de muestras de proteínas, péptidos o anticuerpos, ensayos enzimáticos, almacenamiento de soluciones madre de virus o suspensiones celulares y procesamiento de muestras en toxicología.

• Letras alfanuméricas de alto contraste
• Marco blanco o amarillo
• Diseño de pocillo redondeado RecoverMax^®
• Marcos de pozo elevados para un sellado fiable
• PCR clean: libre de inhibidores de ADN humano, DNasa, RNasa y PCR

Placas de DNA LoBind para una máxima recuperación de la muestra a partir de ácidos nucleicos mediante la reducción de la unión de la muestra a la superficie. Adecuadas para la preparación o almacenamiento de muestras de ADN y ARN, análisis forense de trazas, preparación de series de dilución en qPCR cuantitativa, preparación de muestras en secuencias de próxima generación y creación de bibliotecas de genomas u oligonucleótidos.

• PCR clean: libre de inhibidores de ADN humano, DNasa, RNasa y PCR
• Letras alfanuméricas de alto contraste
• Marco blanco o azul
• Diseño de pocillo redondeado RecoverMax^®
• Marcos de pozo elevados para un sellado fiable

Rendimiento eficiente de las filtraciones de ADN plasmídico, PCR y vacío. Adecuadas para procesos de vacío, filtración, centrifugación o sobrepresión. Las placas se recomiendan para la purificación de proteínas, la clarificación de lisados y la filtración en general.
La placa de fibra de vidrio tiene una frita de PET y dos capas de membrana de fibra de vidrio para unir el ADN. Las fritas de PET tienen un tamaño de poro de 20 µm.

• Especialmente diseñadas para el procesamiento de muestras de alto rendimiento
• Con tecnología de pared compartida

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 processing
• With shared wall technology

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 inhibitors
• High-contrast, alphanumeric lettering
• Rounded RecoverMax^®-Well-Design
• Elevated well frames for reliable sealing
• With barcode

Protein LoBind plates are specially designed for proteomics and other areas of protein research. Suitable for preparation or storage of protein, peptide or antibody samples, enzymatic assays, storage of virus stock solutions or cell suspensions and sample processing in toxicology.

• High-contrast, alphanumeric lettering
• Frame white or yellow
• Rounded RecoverMax^®-Well-Design
• Elevated well frames for reliable sealing
• PCR clean: free of human DNA, DNase, RNase and PCR inhibitors
• With bar code

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 wells
• Frame, white or coloured
• High-contrast, alphanumeric lettering
• Autoclavable (121 °C, 20 min)
• Centrifugation resistance up to 6000 × g
• Rounded RecoverMax^®-Well-Design
• Elevated well frames for reliable sealing, even with heat sealing
• Stackable
• PCR clean: free of human DNA, DNase, RNase and PCR inhibitors
• With barcode

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 wells
• Frame, white or coloured
• High-contrast, alphanumeric lettering
• Autoclavable (121 °C, 20 min)
• Centrifugation resistance up to 6000 × g
• Rounded RecoverMax^®-Well-Design
• Elevated well frames for reliable sealing, even with heat sealing
• Stackable
• With barcode

Las placas son adecuadas para ensayos de aglutinación, recogida de muestras y almacenamiento.

• Transparentes
• Fondo redondo para una recuperación óptima de la muestra
• La rejilla alfanumérica permite una identificación rápida y fácil de las muestras
• Para uso con robots y sistemas de manejo de líquidos
• Pueden cerrarse con alfombrillas de sellado y láminas adhesivas

Protección estable y flexible de las muestras durante el almacenamiento a corto plazo.

The BRAND Insert 2in1 is a cell culture insert used for skin model production, 3D epithelium cultures, chemotaxis analyses, transmigration assays, transport and polarity studies.

• cellGrade™ plus surfaces
• To be used as a hanging or standing insert
• Sterility Assurance Level (SAL) of 10^-6
• Suitable for 2D and 3D cell cultures
• BIO-CERT^® CELL CULTURE QUALITY: Free of human DNA, RNase, DNase, Pyrogens and non cytotoxic

The BRAND Insert 2in1 is a cell culture insert used for skin model production, 3D epithelium cultures, chemotaxis analyses, transmigration assays, transport and polarity studies.

• cellGrade™ plus surfaces
• To be used as a hanging or standing insert
• Sterility Assurance Level (SAL) of 10^-6
• Suitable for 2D and 3D cell cultures
• BIO-CERT^® CELL CULTURE QUALITY: Free of human DNA, RNase, DNase, Pyrogens and non cytotoxic

The BRAND Insert 2in1 is a cell culture insert used for skin model production, 3D epithelium cultures, chemotaxis analyses, transmigration assays, transport and polarity studies.

• cellGrade™ plus surfaces
• To be used as a hanging or standing insert
• Sterility Assurance Level (SAL) of 10^-6
• Suitable for 2D and 3D cell cultures
• BIO-CERT^® CELL CULTURE QUALITY: Free of human DNA, RNase, DNase, Pyrogens and non cytotoxic

Adecuadas para el almacenamiento y preparación de muestras, análisis de proteínas y genotipado.

• Letras alfanuméricas de alto contraste
• Pocillos transparentes con marco blanco
• Diseño de pocillos redondeados RecoverMax^®
• Marcos de pocillos elevados para un sellado fiable, incluso con sellado térmico
• Resistencia a la temperatura de -86 °C a 100 °C
• Autoclavables (121 °C, 20 min)
• Resistencia a la centrifugación hasta 6000 × g
• PCR clean: libres de inhibidores de ADN humano, DNasa, RNasa y PCR o estériles

The PS surface of the HiBase Microplate is more hydrophobic than the surface of a High Binding Microplate and therefore more suitable for non-polar proteins. The plate is equipped with "Rounded Square Wells", which means for you the advantages of a square cell (flexible working volume) coupled with the advantages of a round cell (low creep and reduced meniscus formation).

Features & Benefits:

• free of detectable DNase, RNase and human DNA
• Free of detectable endotoxins
• Manufactured under DIN ISO 9001 conditions
• Can be seamlessly traced through a defined lot number system
• Particularly suitable for evaluation systems that read from above

Strict production specifications for consistent soil quality. Microplates are deionized and packed in antistatic bags.

SCREENSTAR microplates are specialised products for sophisticated microscopic
applications, in high content screening (HCS) or high resolution microscopy with water and oil immersion objectives. They combine outstanding glass-like optical properties with an excellent surface for adherent cell culture. Display excellent optical properties with reduced autofluorescence in the lower UV range and low birefringence. Enable complete periphery access for high magnification objectives.

Proporties:

• 190 μm ultraclear cycloolefin film bottom
• refractive index of 1.53 comparable to glass
• Recessed microplate bottom allows low working distance and high aperture
• Round well geometry to reduce optical distortions
• Smooth microplate top absent improves heat sealing
• Are available in 96, 384 and 1536 well format

Streptavidin-coated solid phases serve as a reliable binding surface for biotinylated molecules of any kind. Streptavidin solid phases therefore offer the possibility to easily and quickly isolate, detect and quantify components from a reaction. The solid phase is treated with an additional blocking step in order to minimize unspecific binding, i.e. pre-blocking of the plates is not necessary. Furthermore, unusual stringent washing conditions are given, which can positively favour the signal-to-background ratio of the measurement.

Properties & Advantages:
all plates are pre-blocked and ready to use

• Shelf life: 3 years at room temperature

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 resistant
• Solvent-resistant
• Repeatedly pierceable
• Temperature resistant down to -80 °C

Suitable for sample storage and preparation, protein analysis and genotyping.

• High-contrast, alphanumeric lettering
• Wells transparent with white frame
• Rounded RecoverMax^®-Well-Design
• Elevated well frames for reliable sealing, even with heat sealing
• Temperaturresistance from -86 °C to 100 °C
• Autoclavable (121 °C, 20 min)
• Centrifugation resistance up to 6000 × g
• PCR clean: free of human DNA, DNase, RNase and PCR inhibitors

Placas tansparentes, blancas o negras, con una claridad óptica excelente y con pocillos de fondo plano. Modificaciones de la superficie Nunclon™Δ, Collagen I, Poli-D-Lisina aptas para ensayos de cultivos celulares .
Material de las placas: poliestireno
Volumen total µl/pocillo: 400

Tapas en varias versiones hechas de poliestireno transparente y robusto con marcas para una fácil orientación. Reducen la pérdida de agua debido a una baja evaporación. Las tapas de 96 pocillos incluyen anillos de condensación individuales.