Parallel Light Reaction Instrument
The "Parallel Light Reaction Instrument" boasts a powerful light source, reaching up to 11 W/cm², with six independently adjustable reaction slots and built-in rubidium-magnet for strong magnetic stirring. It features efficient heat dissipation, stable parameters, and high repeatability. This instrument is primarily used for scientific research in photocatalytic reactions across multiple fields, including drug synthesis and screening, material modification, and biological modification.
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Parallel Electric Reaction Instrument
The "Parallel Electric Reaction Instrument" is designed for precision and efficiency in electrochemical experiments. It offers constant voltage with variable current and vice versa, along with rapid phase changes and accurate control of both current and voltage. The instrument features six parallel vials for simultaneous reactions, ensuring high integration and simple electrode connections. Its modular design, data stability, and safety measures enhance the efficiency and repeatability of experiments. Primarily used in electrosynthetic chemistry research, it finds applications in organic synthetic chemistry, pharmaceuticals, materials science, and natural product studies.
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The fuselage is compact and comfortable to use in accordance with ergonomic design. A key to take pictures, wireless transmission. 254, 365 nm band light a key switch, and has a 2.45-inch large screen clear display.
TLC Monitor-DQ UV Analyzer is mainly used for chemical, material, biological and other fields of analysis and detection.
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High precision quantum instrument
With super light source, up to 11W/c ㎡, six lamp position can be adjusted independently, built-in rubidium iron, strong magnetic stirring. The integration of high-efficiency heat dissipation has stable parameters and high repeatability. It is mainly used for scientific research on photocatalytic reactions in various fields such as drug synthesis and screening, material modification, and biological modification.
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Full Temperature Range Photoreaction Torch
The "Full Temperature Range Photoreaction Torch" offers precision in light-controlled reactions across a wide temperature spectrum. It features eight independently adjustable glass torches with a minimum controllable light power of 50mW and a built-in light source for easy portability. Primarily designed for scientific research in temperature-controlled light reactions, it is ideal for applications in drug synthesis and screening, material modification, and biological modification.
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Facing the light source, the lamp has no dead angle and the power can reach up to 50W. The three-gear selection design, light source module and standard lamp cover wavelength selective replacement are mainly used for scientific research on photocatalytic reactions in various fields such as preliminary screening of chemical reactions and photoenzyme catalysis of biomedicine.
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The ElectroMonitor-LK is primarily tailored for measuring redox potential, testing the performance of electrode materials, investigating mechanisms of complex electrode reactions, and electrochemical analysis. It combines high resolution with integrated functionality, delivering stable performance through a user-friendly, compact design for precise and efficient measurements.
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Photo-Flow Reaction Instrument
The “Photo-Flow Reaction Instrument" features both internal and external dual-light sources with ultra-high intensity. Its modular design ensures ease of operation and plug-and-play functionality. Compatible with homogeneous and heterogeneous reactions as well as multi-tube series, it significantly enhances reaction efficiency. Primarily used for gram-level preparation and scale-up production in photocatalytic reactions, this instrument finds applications in drug synthesis and screening, material modification, and biological modification.
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Continuous Flow Electrochemical Reactor
This electrochemical continuous flow reactor is characterized by highly efficient electrolysis and scalable capacity, easily replaceable electrodes for quick installation, a modular and highly integrated design, as well as convenient adjustment of stirring speed and flow rate. It is primarily designed for scaling up production in synthetic electrochemistry.
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High-Intensity Direct Illumination Reactor
The PhotoSyn-JL employs Dense Matrix LED technology, featuring a highly integrated array of 24 LED chips. This design delivers high light intensity and exceptional uniformity, ideal for precise chemical synthesis to significantly enhance reaction rates and consistency. Its silent fan cooling system, combined with a unique cold-forged heat dissipation structure and high-thermal-conductivity materials, ensures outstanding thermal stability of the LED. This guarantees less than 10% attenuation after 36,000 hours of operation. The high-intensity output is tailored for efficient photocatalytic reactions and precise chemical synthesis, particularly demanding applications requiring high-power UV-Vis illumination.
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Cryo-Free Low-Temperature Condenser
This system incorporates integrated semiconductor cooling technology, which ensures highly efficient heat dissipation and refrigeration within a compact space. It effectively replaces traditional water-cooled reflux condensing systems by enabling complete solvent condensation without water, saving approximately 1,500 tons of water per unit annually. It is designed for full-scenario heating and reflux applications, is compatible with low-boiling-point solvents like dichloromethane, and achieves 100% reflux efficiency for medium-to-high-boiling-point solvents such as THF and toluene—making it a green, safe, efficient, and eco-friendly solution.
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Say goodbye to dry ice/ethanol baths and cumbersome compressors for low-temperature reactions. The Rapid-Cool Bath-Free Low-Temperature Reactor, from Huashi Green Labware Studio, delivers instant cooling upon startup and precise temperature control. It effortlessly supports various parallel experiments, making research more efficient and sustainable. Ideal for studies involving temperature-sensitive reactions, asymmetric/chiral catalysis, organometallic synthesis, and fine organic transformations.
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