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Two convenient touch free sensors to control tare, zero, print, function and backlight on Ultra-fast one second stabilization time Superior (read more)

Two convenient touch free sensors to control tare, zero, print, function and backlight on
Ultra-fast one second stabilization time
Superior 400% Safe Overload Protection (hide)

Two convenient touch free sensors to control tare, zero, print, function and backlight on Ultra-fast one second stabilization time Superior (read more)

Two convenient touch free sensors to control tare, zero, print, function and backlight on
Ultra-fast one second stabilization time
Superior 400% Safe Overload Protection (hide)

Two convenient touch free sensors to control tare, zero, print, function and backlight on Ultra-fast one second stabilization time Superior (read more)

Two convenient touch free sensors to control tare, zero, print, function and backlight on
Ultra-fast one second stabilization time
Superior 400% safe overload protection (hide)

Made of polystyrene and are designed specifically for ELISAs. Present good adsorption performance and low blank value. Uniform (read more)

• Made of polystyrene and are designed specifically for ELISAs.
• Present good adsorption performance and low blank value.
• Uniform well thickness and well size.
• High batch-to-batch stability and low coefficient of variation (CV) value.
• Both detachable and non-detachable flat-bottom plates available.
• Alpha-numerics on the frame of the plates are convenient for detection and identification in experiments.
• High transparency through clear plate bottom.
• White plates are best suited for luminescence measurements as they reflect the signal instead of absorbing it and enhance the luminescence signals. Light-Proof well walls greatly reduce well-to-well signal interference.

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Improved resistant to punctures, tears, and rips compared to latex or vinyl alternatives Flexible and comfortable to wear, offering (read more)

• Improved resistant to punctures, tears, and rips compared to latex or vinyl alternatives
• Flexible and comfortable to wear, offering excellent tactile sensitivity
• Textured fingertips for improved grip
• Beaded cuff increases glove strength and prevents liquid roll back
• Latex-free and powder-free to minimise the risk of allergic reaction

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Unique structure design of the cap provides double security, further improving the tight seal ability. Increased the thickness (read more)

• Unique structure design of the cap provides double security, further improving the tight seal ability.
• Increased the thickness of conical bottom in order to improve the maximum centrifugal limit.
• Polypropylene tube and high density polyethylene cap.
• Max. centrifugal limit 7000xg.
• Temperature range: -80 o C~120 o C.
• Clear scale.
• DNase, RNase and pyrogen free.
• Electron beam sterilization, SAL=10-6.
• Separation of sediments after chemical reactions for harvest and application.
• Harvest of biomacromolecules, inorganics and organics.
• In biochemistry and other biological fields, usually used to centrifuge and collect a large volume of cells, biomacromolecules and supernatants.

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• 1.5mL Low Binding SNAPLOCK Microcentrifuge Tubes • RNase/DNase/Pyrogen Free • Will not bind Protein, RNA, and DNA • Great (read more)

• 1.5mL Low Binding SNAPLOCK Microcentrifuge Tubes
• RNase/DNase/Pyrogen Free
• Will not bind Protein, RNA, and DNA
• Great for use with sticky substances
• Allow researchers to retrieve maximum amounts of their sample
• Packs of 250 tubes (hide)

• UV-C Lamp and reflector system destroys 99% of DNA• Eliminates cross-contamination• 360° UV (read more)

• UV-C Lamp and reflector system destroys 99% of DNA

• Eliminates cross-contamination

• 360° UV Exposure

• Fits virtually any pipette

• Compact 6.5in. (17cm) footprint

• Made in USA

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