General Lab Products & Reviews

These 1L PYREXPLUS® coated pear-shaped separatory funnels have a protective PVC coating for longer product life and safety. Protective coating helps prevent glass from shattering and reduces spills, is autoclavable (121° C) and resistant to thermal shock. The funnels have Polytetrafluorethylene (PTFE) No. 4 Product Standard stopcocks and strong, hollow No. 27 Standard Taper glass stoppers. The PTFE plug fits into the micro-fin…

Features a PVC coating for longer product life and safety. Protective coating helps ­prevent glass from shattering and reduces spills. Autoclavable (121°C) and resistant to thermal shock. It features a PTFE stopcock which reduces freezing problems and grease contamination.For stopper only, see Cat. No. 7650.Warning: Do not place over direct heat or flame. Do not heat above 121°C moist heat or 110°C dry heat.

Features a PVC coating for longer product life and safety. Protective coating helps ­prevent glass from shattering and reduces spills. Autoclavable (121°C) and resistant to thermal shock. It features a PTFE stopcock which reduces freezing problems and grease contamination.For stopper only, see Cat. No. 7650.Warning: Do not place over direct heat or flame. Do not heat above 121°C moist heat or 110°C dry heat.

Features a PVC coating for longer product life and safety. Protective coating helps ­prevent glass from shattering and reduces spills. Autoclavable (121°C) and resistant to thermal shock. It features a PTFE stopcock which reduces freezing problems and grease contamination.For stopper only, see Cat. No. 7650.Warning: Do not place over direct heat or flame. Do not heat above 121°C moist heat or 110°C dry heat.

The Corning LSE High Speed Microcentrifuge features an easy-to-use, digital control interface and high-speed performance for quick nucleic acid and protein separations. Two control knobs are used to precisely set rotor speed and run time, and parameters are shown on the easy-to-read LED displays. Press the “Speed/G-Force” knob to toggle the display between rpm and calculated g-force. The LSE High Speed Microcentrifuge incorpor…

The Corning LSE High Speed Microcentrifuge features an easy-to-use, digital control interface and high-speed performance for quick nucleic acid and protein separations. Two control knobs are used to precisely set rotor speed and run time, and parameters are shown on the easy-to-read LED displays. Press the “Speed/G-Force” knob to toggle the display between rpm and calculated g-force. The LSE High Speed Microcentrifuge incorpor…

The Corning LSE High Speed Microcentrifuge features an easy-to-use, digital control interface and high-speed performance for quick nucleic acid and protein separations. Two control knobs are used to precisely set rotor speed and run time, and parameters are shown on the easy-to-read LED displays. Press the “Speed/G-Force” knob to toggle the display between rpm and calculated g-force. The LSE High Speed Microcentrifuge incorpor…

The Corning LSE High Speed Microcentrifuge features an easy-to-use, digital control interface and high-speed performance for quick nucleic acid and protein separations. Two control knobs are used to precisely set rotor speed and run time, and parameters are shown on the easy-to-read LED displays. Press the “Speed/G-Force” knob to toggle the display between rpm and calculated g-force. The LSE High Speed Microcentrifuge incorpor…

The Corning LSE Digital Microplate Shaker features digital control of shaking speed and run time. A single control knob is used to set parameters, and values are shown on a large 3-digit display. A sturdy base encloses the motor for quiet, vibration-free operation. The included stainless steel platform accommodates up to 4 microplates (standard or deep well) and the shaker is safe for use in temperature controlled environments…

The Corning LSE Orbital Shaker meets a variety of shaking and mixing applications. A powerful brushless motor and counter-balanced shaker mechanism provide smooth operation for years of trouble-free use. Different platforms (order separately) are available and are easily interchangeable.Two stainless steel platform options19mm orbit for aeration of cultures and staining gelsLarge digital display with single-knob controlDigital…

The Corning LSE Low Speed Orbital Shaker includes a 30 x 30 cm platform and is ideal for staining and destaining gels, washing blots and general mixing applications. Speed can be set from 3 to 60 rpm and the timer can be set for up to 2 hours or for continuous operation.Ideal for staining and washing of fragile gelsGentle motion prevents foaming of liquidsSimple analog control with easy-turn knobs19mm orbit for blotting, gel s…

The Corning LSE Orbital Shaker meets a variety of shaking and mixing applications. A powerful brushless motor and counter-balanced shaker mechanism provide smooth operation for years of trouble-free use. Different platforms (order separately) are available and are easily interchangeable.Two stainless steel platform options19mm orbit for aeration of cultures and staining gelsLarge digital display with single-knob controlDigital…

The Corning LSE Digital Microplate Shaker features digital control of shaking speed and run time. A single control knob is used to set parameters, and values are shown on a large 3-digit display. A sturdy base encloses the motor for quiet, vibration-free operation. The included stainless steel platform accommodates up to 4 microplates (standard or deep well) and the shaker is safe for use in temperature controlled environments…

The Corning LSE Low Speed Orbital Shaker includes a 30 x 30 cm platform and is ideal for staining and destaining gels, washing blots and general mixing applications. Speed can be set from 3 to 60 rpm and the timer can be set for up to 2 hours or for continuous operation.Ideal for staining and washing of fragile gelsGentle motion prevents foaming of liquidsSimple analog control with easy-turn knobs19mm orbit for blotting, gel s…

The Corning LSE Orbital Shaker meets a variety of shaking and mixing applications. A powerful brushless motor and counter-balanced shaker mechanism provide smooth operation for years of trouble-free use. Different platforms (order separately) are available and are easily interchangeable.Two stainless steel platform options19mm orbit for aeration of cultures and staining gelsLarge digital display with single-knob controlDigital…

(This is the suggested replacement for 6786-SB)The Corning Digital Dry Bath Heaters are available in single, dual, and four block configurations and provide a broad temperature range up to 150°C, which makes them useful for a variety of applications in molecular biology, histology, clinical, environmental, and industrial laboratories. They have been designed to incorporate the best combination of features including block capac…

These Corning® stirrers have a durable glass-ceramic 4 x 5 inch Pyroceram® top and offer superior performance and reliability in a low profile, space-saving design. Exclusive closed-loop stirring control monitors and regulates the stirring speed for aqueous, viscous, or semi-solid solutions. A stronger, larger magnet improves stir bar coupling and stirring capability. They operate on 120V/60Hz and are UL and CUL approved to me…

These Corning® PC-611 stirrers have an 11 x 11 inch plastic (ABS) top and can stir large volumes of liquid with ease. These stirrers are designed for 5 gallon vessels (19L), but can stir up to 10 gallons and can handle many applications that previously required an overhead stirrer. This powerful stirring is achieved with a very compact design that conserves bench space. The stirrer uses a magnet that is constructed out of rare…

These Corning® stirrers have a durable glass-ceramic 4 x 5 inch Pyroceram® top and offer superior performance and reliability in a low profile, space-saving design. Exclusive closed-loop stirring control monitors and regulates the stirring speed for aqueous, viscous, or semi-solid solutions. A stronger, larger magnet improves stir bar coupling and stirring capability. They operate on 100V/60Hz to meet needs in Japan and other…

(This is the suggested replacement for 6888-140)These 140mm diameter PYREX® bell jars are made from specially selected mold-blown blanks. The bottom flange has a finely ground finish to assure tight sealing with ground glass plates. The knob on top provides a convenient handle for lifting the jars. They are rated at 1-atmosphere of vacuum. -Warning: do not use with heat or pressure applications."

These bell jars are made from specially selected mold-blown blanks. The bottom flange has a finely ground finish to assure tight sealing with ground glass plates. Rated 1-Atmosphere Vacuum. Do not use with heat or pressure applications.

(This is the suggested replacement for 6888-222These 222mm diameter PYREX® bell jars are made from specially selected mold-blown blanks. The bottom flange has a finely ground finish to assure tight sealing with ground glass plates. The knob on top provides a convenient handle for lifting the jars. They are rated at 1-atmosphere of vacuum. -Warning: do not use with heat or pressure applications."

These specially blown, sturdy, approximately 12.3L PYREX® round bottom bell jars have a fine ground finish at the open end. The jar is supplied without a bottom rim flange. The flat ground bearing surface has a contact area equal to the wall thickness at the open end of the jar. -Warning: do not use with heat, pressure or vacuum applications.

These specially blown, sturdy, approximately 22.7L PYREX® round bottom bell jars have a fine ground finish at the open end. The jar is supplied without a bottom rim flange. The flat ground bearing surface has a contact area equal to the wall thickness at the open end of the jar. Warning: do not use with heat, pressure or vacuum applications.

These specially blown, sturdy, approximately 49.2L PYREX® round bottom bell jars have a fine ground finish at the open end. The jar is supplied without a bottom rim flange. The flat ground bearing surface has a contact area equal to the wall thickness at the open end of the jar. -Warning: do not use with heat, pressure or vacuum applications.