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Sample tube, 5mL, PP, White Graduations & Marking Area
Sample Tube, 5mL, External Threads, PP, White Graduations & Marking Area, Round Bottom
These tubes and caps have been designed for the storage and transportation of biological material. They are manufactured from non-toxic polypropylene and offer strength and clarity. The vial has external threads, which provide a smooth and uniform inner surface which reduces the risk of contamination.
The screw caps are also made of polypropylene, providing the same coefficient of expansion as the tubes. This along with a polypropylene inner lip ensures a leakproof seal, even at changing temperatures. The caps feature a long skirt and a super-fast thread design that allows them to be removed or sealed with a single turn.
The caps are available with or with out a silicone o-ring and are available in a variety of colors. Screw caps sold separately.
The screw caps are also made of polypropylene, providing the same coefficient of expansion as the tubes. This along with a polypropylene inner lip ensures a leakproof seal, even at changing temperatures. The caps feature a long skirt and a super-fast thread design that allows them to be removed or sealed with a single turn.
Hotplate Stirrer, Digital, 380C Max Temp, 5.5 x 5.5 inch ceramic coated top plate, 100-120v, 50-60Hz
Hotplate Stirrer, Digital, 380C Maximum Temperature, 5.5 x 5.5 inch ceramic coated top plate, 100-120v, 50-60Hz
The GHS-380 group of Hotplates, Magnetic Stirrers and Magnetic Stirrer Hotplates are reliable and easy to use. The low profile and small footprint save valuable workspace. Clean up is easy with a robust chemical resistant ceramic-coated 5.5-inch square surface to ensure years of service.
Selecting the heat and stirring speed is extremely intuitive with a digital LCD display and control knobs, inputting to a microprocessor-controlled circuit for accurate, stable control of heating and stirring.
The Magnetic Stirrer and Hotplate Magnetic Stirrer Models are designed to provide a strong magnetic coupling for powerful mixing that is enabled by the maintenance free brushless DC motor. The stirrers can mix up to 5 liters of water, which allows for excellent homogeneity of solutions.
The Hotplate and Hotplate Magnetic Stirrer models are designed with a powerful 500-watt heater that provides temperatures up to 380°C. For ultimate accurate temperature control within 0.5°C, an optional PT1000 sensor and retort stand are available to measure directly in the vessel. Overtemperature protection is added should temperatures reach 420°C.
Simple, intuitive operation
Maintenance-free brushless DC motor
Small footprint saves valuable bench space
Powerful 500W heater
Easy-to-clean ceramic coated aluminum surface
Easy-to-read high resolution LCD display for simple, clear control
Powerful magnetic coupling for stirring up to 5L of water
Optional external temperature sensor control
Hotplate Stirrer, Digital, 380C Max Temp, 5.5 x 5.5
Hotplate Stirrer, Digital, 380C Maximum Temperature, 5.5 x 5.5
The GHS-380 group of Hotplates, Magnetic Stirrers and Magnetic Stirrer Hotplates are reliable and easy to use. The low profile and small footprint save valuable workspace. Clean up is easy with a robust chemical resistant ceramic-coated 5.5-inch square surface to ensure years of service.
Selecting the heat and stirring speed is extremely intuitive with a digital LCD display and control knobs, inputting to a microprocessor-controlled circuit for accurate, stable control of heating and stirring.
The Magnetic Stirrer and Hotplate Magnetic Stirrer Models are designed to provide a strong magnetic coupling for powerful mixing that is enabled by the maintenance free brushless DC motor. The stirrers can mix up to 5 liters of water, which allows for excellent homogeneity of solutions.
The Hotplate and Hotplate Magnetic Stirrer models are designed with a powerful 500-watt heater that provides temperatures up to 380°C. For ultimate accurate temperature control within 0.5°C, an optional PT1000 sensor and retort stand are available to measure directly in the vessel. Overtemperature protection is added should temperatures reach 420°C.
Simple, intuitive operation
Maintenance-free brushless DC motor
Small footprint saves valuable bench space
Powerful 500W heater
Easy-to-clean ceramic coated aluminum surface
Easy-to-read high resolution LCD display for simple, clear control
Powerful magnetic coupling for stirring up to 5L of water
Optional external temperature sensor control
Drying rack, 72 place, HIPS
Drying Rack, 72 Place, Removable Pegs, High Impact Polystyrene
This 72 place wall mountable laboratory drying rack is perfect for draining and drying of all types of labware.
The rack comes with a mounting kit to hang on the wall. The back plate of the support is made from a single mold of 4mm rigid high impact polystyrene (HIPS). The peg sockets have closed ends eliminating leakage and consequent biohazards. The seamless drip channel collects waste which drains via a supplied drain tube.
The 72 (push in) pegs can accomodate items with a 15mm+ neck bore. They are easily removable for cleaning or to accomodate odd shaped items. Also included are 11 small pegs to accommodate small diameter items with a neck bore of 6mm+ (such as test tubes). This durable rack will not rust or stain.
Rack system includes:
72 interchangeable pegs
11 small pegs
Drip channel with draining hose
Mounting kit and template for hanging
Hooks for joining together additional racks
Sliding Top Chambers for Traditional Vaporizers
The Sliding Top Chambers are for use with passive waste anesthesia gas management systems and feature positive sliding tops that make them leak proof when in use.
Tubing and adapters included. The fresh and waste anesthetic gas inlet and outlet adapters are industry standard 15 mm i.d. x 19 mm o.d., standard 19 mm EVAC tubing will fit with either adapter. Tubing is 32″ long.
The VetFlo™ reorder codes previously had an ACV prefix. The products remain the same, only the reorder codes were changed.
Sliding Top Chambers
For the SomnoSuite® and SomnoFlo® anesthesia systems
The Sliding Top Chambers are for use with passive waste anesthesia gas management systems and feature positive sliding tops that make them leak proof when in use.
Tubing and adapters included. The fresh and waste anesthetic gas inlet and outlet adapters are industry standard 15 mm i.d. x 19 mm o.d., standard 19 mm EVAC tubing will fit with either adapter. Tubing is 32″ long.
Tube, 16x75mm, 8mL, PS, with Rim
Test Tube, 16 x 75mm (8mL), PS, with Rim
Globe Scientific offers an extensive line of multi-use test tubes. The tubes are molded from premium grade polystyrene for clarity or polypropylene for impact strength and stability to common acids, alkalies, and solvents. Polystyrene tubes can withstand 1500 RPM during centrifugation. Polypropylene tubes can withstand 3000 RPM and are autoclavable and freezable. Globe’s broad range of sizes are sure to fit most laboratory applications.
Transfer straw, 3" (7.5cm),
Urine Transfer Straw, 3 Inch Straw (7.5cm), Non-Sterile, 100/Bag, 8 Bags/Unit
TransferTop™ Urine Collection and Direct Transfer Cups feature an integrated transfer mechanism for “closed system” transfer of urine samples directly from the cup to a vacuum sample tube. With the TransferTop™ System, there is no need for laboratory personnel to open the collection cup and pour the sample into a tube for processing. Instead, the safety label is peeled back, and the vacuum tube inserted for simple, safe, efficient, and reliable sample transfer.
The urine transfer straw can be used to transfer urine specimens from a standard urine collection cup to a urine vacuum tube.
TransferTop™ Closed System for Urine Transfer:
Requires no open transferring of samples for reduced spills, improves lab hygiene, and limited exposure to dangerous samples
Reduces risk of contamination for improved test results
Directly transfers samples to a tube suitable for analysis and transport
Works with most vacuum urine tubes
Provides consistent sample transfer volumes when used with like vacuum tubes
Improves efficiencies and sample throughput when compared to traditional open systems






