The R-3 Rotavapor is designed to meet the needs of classic laboratory applications found in education for both research and teaching purposes. Choice of glassware configurations: vertical for standard distillations and cold-trap for distilling low boiling solvents. 100-120 V AC. CE compliant.
Features:
• One-piece vapour duct and a PTFE composite vacuum seal for long service life and effective sealing
• Plastic-coated glassware with 24/40 joints
• Manual quick-action lift
• Heating bath with stainless steel pan and digital display: room temp. to 95°C
This series of rotary evaporators provides a complete solution for laboratory solvent evaporation processes by integrating a vacuum controller, vacuum pump, and recirculating chiller into one, compact, safe, reliable, easy-to-use, and maintenance-free system.
The MARS 6 multimode reactor is suitable for running a single vessel or up to 40 in parallel. Fully customizable, the MARS 6 benchtop system can be dedicated for synthesis or serve as an all-in-one microwave reactor for a variety of applications.
The H-Cube Midi™ represents the first step in the ThalesNano, Inc.’s development towards process scale-up flow hydrogenation. Utilizing current H-Cube® technology, the H-Cube Midi™ seeks to increase the capacity of the present H-Cube® to 500 g per day without compromising efficiency and safety. The H-Cube Midi™ will allow users of the H-Cube® to scale up reactions and achieve the same result.
The H-Cube Pro™ is the next generation version of the number one selling flow reactor, the H-Cube®. The H-Cube Pro™ takes the best of the H-Cube®, such as fast reactions, safe high pressure hydrogen generation from water, catalyst cartridges, and ease of use, and improves upon it dramatically.
Easy to operate, safe and reliable, adding lye only for one time, only replenishing distilled water, switching power on to produce gas (available for several sets of gas chromatography).
Device for preventing backflow of lye.
Drum-shaped electrolysis cell, high-grade stainless steel 316L used as material for electrolysis cell.
High electrolysis efficiency. Gas purity and output flow will stay regular under continual use.
The high resolution echelle spectrometer has a unique optical layout, resulting in high efficiency light transmission, enhancing overall sensitivity and detection capability, also producing a very compact spectrometer that minimizes the requirement for laboratory space and reduces purge gas consumption. An upgraded CID86 chip (Charge Injection Device) allows free choice of wavelengths over the complete 166 – 847 nm range.
The Kjeltec™ 2300 Analyzer Unit is the ultimate solution for automation in the routine laboratory and can be preprogrammed for 10 different distillation routines.
The unit is dedicated to production of accurate results. GLP routines are supported by a Recovery Test routine and documentation of all events during analysis. An approved colorimetric titration system is used.
Accurate bellows pumps and a high-precision refillable burette give long term stability in reagent delivery. A distillate temperature sensor stops the unit if there is a risk of inaccurate results.
The muon is one of Nature’s fundamental particles. Its discovery in 1937 by Carl Anderson marked a radical departure in physicists' understanding of the building blocks of matter. Although it was first assigned a place in theory of nuclear forces which was incorrect, it is now understood to be an important member of the lepton family of particles. The Muon Physics Apparatus is the first commercial teaching instrument for students to determine some of its physical characteristics.
