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  • DMS4-550 LCD Glass Ceramic Heating Magnetic Stirrer with Timer

    DMS4-550 LCD Glass Ceramic Heating Magnetic Stirrer with Timer

    • The ceramic-coated plate offers excellent corrosion resistance, capable of withstanding strong acids, strong alkalis, and high temperatures. It is easy to clean spilled solvents, oils, or other contaminants.
    • The corrosion-resistant full metal housing provides good heat dissipation and reliable fire protection.
    • The efficient drainage platform and raised waterproof edge prevent liquids from entering the machine and corroding internal electronic components.
    • Selected high-temperature resistant strong magnets provide powerful stirring force, suitable for mixing viscous liquids.
    • The safety lock prevents accidental changes to the operating status.
    • Buzzer: When a fault occurs or the timer countdown ends, the buzzer emits a “beep beep beep” alert sound.
    • Residual heat warning function: When the plate temperature exceeds 50°C, heating is turned off and the screen displays a flashing “HOT” warning. Even after power-off, the display continues to flash “HOT” to indicate high temperature.
    • Dual independent safety circuits continuously monitor the device. In the event of overheating or sensor failure, the machine shows an error and stops heating. If a short circuit occurs, the power is automatically cut off to ensure operator safety.
    • The brushless DC motor is spark-free, long-lasting, low-noise, maintenance-free, and runs smoothly.
    • The LCD displays both set and real-time values for speed, time, and temperature, providing clear and intuitive readouts.
    • Timer function: Settable from 1 minute to 99 hours 59 minutes. When the countdown ends, heating stops but stirring continues, preventing thermal damage to samples.
    • Remote control function is available, allowing connection to a computer.
    • Safety temperature can be preset.
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  • DMS5-280/120 LED Heating Magnetic Stirrer

    DMS5-280/120 LED Heating Magnetic Stirrer

    • Equipped with an LED display, it accurately shows temperature and speed, providing real-time data during experiments and ensuring easy operation.
    • The speed runs stably, adapting to various experimental requirements and delivering uniform stirring results.
    • Temperature is adjustable, reaching up to 280°C（DMS5-280）, suitable for a variety of heating experiments, with precise temperature control.
    • Supports dual temperature sensors, accurately monitoring the heating plate and solution temperatures, further enhancing heating efficiency and safety.
    • Overheat protection function: If the heating plate temperature exceeds 50°C, the screen automatically displays a flashing “HOT” warning. Even when powered off, the warning remains visible, enhancing safety during use.
    • Features a ceramic-coated heating plate, offering excellent heat conductivity, corrosion resistance, and wear resistance, making it suitable for long-term high-temperature use.
    • Equipped with a touch panel, it provides simple and intuitive operation, improving user experience. Its compact design makes it easy to operate and store in laboratory environments.
    • Powerful magnetic stirring performance, ensuring uniform stirring of various solutions to meet diverse experimental needs.
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  • MS-H380-F100/250/500/1000/2000 LCD Digital Magnetic Stirrer Heating Mantle

    MS-H380-F100/250/500/1000/2000 LCD Digital Magnetic Stirrer Heating Mantle

    • Data communication:RS232 interface.
    • Buzzer alert: countdown timer end is indicated by a”beep-beep-beep” sound.
    • Timer function: time range from 1 minute to 99 hours 59 minutes. Heating stops when countdown ends, butstirring continues to avoid sample damage from residual heat.
    • Operating status indicator lights:Green is Reached to set temperature; Blinking green is heating to settemperature; Red is fault/alarm.

    Application Scenarios

    Organic synthesis,polymerization, distillation and purification,sample dissolution and extraction, sample pretreatment before analysis, catalytic reaction kinetics research, etc,

    Target Customers

    Technicians in chemical, biological, pharmaceutical, and materials enterprises,researchers in universities and research institutes, quality control analysts in laboratories related to pharmaceuticals, food.environmental protection, etc.

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  • C410 Chemistry-design diapharm pump

    C410 Chemistry-design diapharm pump

    Maximum Vacuum:13mbar

    Work Mode: Continuous Operation

    Nozzle Size:8mm, Power: 95W

    Motor speed:1450rpm

    Flow Rate:

    mbar  1000 | 880 | 750 | 600 | 480 | 280

    L/min 25  |  22  |  20  |  12  |  7.5  |  5

    Noise:50dB

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  • VC100 Vacuum Controller

    VC100 Vacuum Controller

    • Wide range of measurement and control, 1-1,000mbar
    • Two control modes available Single-point control and programmed control
    • Stores up to 5 programs, each containing up to 5 steps of programming control
    • Large TFT touch screen display control provides easy operation
    • All parts in contact with vapor or liquid are made of PTFE, ceramics or other high-performance materials which effectively resists corrosion caused by organic solvents, water, acid and alkali
    • Built-in vent valve can feed inert gas into system equipment
    • One-click decompression allows easy installation and dismantling of vacuum system
    • Can be connected with pump power control for temporary shutdown of pump power supply after reaching stable degree of vacuum for energy conservation and environmental protection.
    • Can also be operated in the normally open status of pump
    • Reliable and functional design to fulfill essential needs of precise vacuum regulation
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  • DCP-5 Low-Temperature Cooling Circulator

    DCP-5 Low-Temperature Cooling Circulator

    The low-temperature cooling circulator (or thermostat) is an effi temperature through pumping low-temperature cooling fluid. It is cient temperature control device that regulates suitable for laboratories, pharmaceuticals, chemicals, and semiconductor industries where stable low-temperature environments are required.

    1. Easy Operation: LED display, simple menu, one-touch start.
    2. Compact Design: Small size, suitable for desktops and fume hoods.
    3. Precise Temperature Control: Built-in sensor and PID technology ensure high temperature stability.
    4. Convenient Handling: Top liquid filling, rear draining, clear liquid level, with overflow protection.
    5. Rapid Response: Quickly adjusts to load and temperature changes, with strong adaptability.
    6. Eco-Friendly Refrigerant: Non-toxic, non-polluting, with excellent cooling performance.
    7. Energy Efficiency: Proportional cooling adjustment for low-energy operation.
    8. Stable Circulation System: Powerful pump ensures uniform cooling.
    9. Extended Lifespan: Low-speed operation reduces wear.
    10. Low Noise: Suitable for quiet environments.
    11. Easy Cleaning: Removable panel for easy filter cleaning and convenient drainage.
    12. High-Quality Insulation: Reduces heat exchange, ensuring temperature stability.
    13. Rapid Heat Dissipation: Prevents overheating, maintaining stable equipment operation.

    Application

    1. Laboratory Cooling: Provides stable low-temperature environments for condensers, rotary evaporators, spectrometers, and other equipment.
    2. Chemical Reaction Cooling: Controls reaction temperatures, preventing overheating and ensuring product quality.
    3. Pharmaceutical and Biotech Applications:ore. Precise low-temperature control for freeze drying, enzyme reactions, blood preservation, and more.
    4. Semiconductor Manufacturing: Supplies low-temperature environments for semiconductor equipment, ensuring process stability.
    5. Food and Beverage Processing: Maintains constant low temperatures during food processing and storage, extending product freshness.
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  • DCP-17 Low-Temperature Cooling Circulator

    DCP-17 Low-Temperature Cooling Circulator

    The low-temperature cooling circulator (or thermostat) is an effi temperature through pumping low-temperature cooling fluid. It is cient temperature control device that regulates suitable for laboratories, pharmaceuticals, chemicals, and semiconductor industries where stable low-temperature environments are required.

    1. Easy Operation: LED display, simple menu, one-touch start.
    2. Compact Design: Small size, suitable for desktops and fume hoods.
    3. Precise Temperature Control: Built-in sensor and PID technology ensure high temperature stability.
    4. Convenient Handling: Top liquid filling, rear draining, clear liquid level, with overflow protection.
    5. Rapid Response: Quickly adjusts to load and temperature changes, with strong adaptability.
    6. Eco-Friendly Refrigerant: Non-toxic, non-polluting, with excellent cooling performance.
    7. Energy Efficiency: Proportional cooling adjustment for low-energy operation.
    8. Stable Circulation System: Powerful pump ensures uniform cooling.
    9. Extended Lifespan: Low-speed operation reduces wear.
    10. Low Noise: Suitable for quiet environments.
    11. Easy Cleaning: Removable panel for easy filter cleaning and convenient drainage.
    12. High-Quality Insulation: Reduces heat exchange, ensuring temperature stability.
    13. Rapid Heat Dissipation: Prevents overheating, maintaining stable equipment operation.

    Application

    1. Laboratory Cooling: Provides stable low-temperature environments for condensers, rotary evaporators, spectrometers, and other equipment.
    2. Chemical Reaction Cooling: Controls reaction temperatures, preventing overheating and ensuring product quality.
    3. Pharmaceutical and Biotech Applications:ore. Precise low-temperature control for freeze drying, enzyme reactions, blood preservation, and more.
    4. Semiconductor Manufacturing: Supplies low-temperature environments for semiconductor equipment, ensuring process stability.
    5. Food and Beverage Processing: Maintains constant low temperatures during food processing and storage, extending product freshness.
    inquirydetail
  • DCP-20 Low-Temperature Cooling Circulator

    DCP-20 Low-Temperature Cooling Circulator

    The low-temperature cooling circulator (or thermostat) is an effi temperature through pumping low-temperature cooling fluid. It is cient temperature control device that regulates suitable for laboratories, pharmaceuticals, chemicals, and semiconductor industries where stable low-temperature environments are required.

    1. Easy Operation: LED display, simple menu, one-touch start.
    2. Compact Design: Small size, suitable for desktops and fume hoods.
    3. Precise Temperature Control: Built-in sensor and PID technology ensure high temperature stability.
    4. Convenient Handling: Top liquid filling, rear draining, clear liquid level, with overflow protection.
    5. Rapid Response: Quickly adjusts to load and temperature changes, with strong adaptability.
    6. Eco-Friendly Refrigerant: Non-toxic, non-polluting, with excellent cooling performance.
    7. Energy Efficiency: Proportional cooling adjustment for low-energy operation.
    8. Stable Circulation System: Powerful pump ensures uniform cooling.
    9. Extended Lifespan: Low-speed operation reduces wear.
    10. Low Noise: Suitable for quiet environments.
    11. Easy Cleaning: Removable panel for easy filter cleaning and convenient drainage.
    12. High-Quality Insulation: Reduces heat exchange, ensuring temperature stability.
    13. Rapid Heat Dissipation: Prevents overheating, maintaining stable equipment operation.

    Application

    1. Laboratory Cooling: Provides stable low-temperature environments for condensers, rotary evaporators, spectrometers, and other equipment.
    2. Chemical Reaction Cooling: Controls reaction temperatures, preventing overheating and ensuring product quality.
    3. Pharmaceutical and Biotech Applications:ore. Precise low-temperature control for freeze drying, enzyme reactions, blood preservation, and more.
    4. Semiconductor Manufacturing: Supplies low-temperature environments for semiconductor equipment, ensuring process stability.
    5. Food and Beverage Processing: Maintains constant low temperatures during food processing and storage, extending product freshness.
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  • DUC-10 High Precision Chiller

    DUC-10 High Precision Chiller

    The low-temperature cooling liquid circulator (or low-temperature constant temperature bath) is an efficient temperature control device. It achieves temperature control and heat transfer by circulating low-temperature coolant, featuring high energy efficiency, easy operation, and stable reliability. It is ideal for environments that require precise temperature control in space-limited settings. It is widely used in laboratories, pharmaceuticals, chemicals, semiconductors, and other fields requiring stable low-temperature environments.

    Temperature Range: 5°C to 35°C, dual-function cooling and heating. The combination of the heater and cooling compressor with built-in sensors utilizes PID control technology, providing temperature control precision of ±0.1°C.

    1. LCD display, touch screen operation, quick temperature and differential settings, one-click start for circulation and temperature control.
    2. Top liquid addition, rear liquid drainage, and overflow outlet, with a front intuitive liquid level display window.
    3. Proportional cooling technology adjusts output based on demand, accurately controlling the compressor and heater power for energy-efficient operation.
    4. High-efficiency insulation materials reduce heat exchange, ensuring stable temperatures and improved energy efficiency.
    5. The circulating water system is equipped with multiple purifiers to prevent impurities from entering the pump system, extending the pump’s lifespan.
    6. A powerful circulation pump ensures uniform coolant flow, providing continuous and stable cooling effects.
    7. Quick response to load and temperature changes ensures the system temperature remains within the set range, offering strong adaptability.
    8. Built-in heat dissipation fan and perforated shell for fast heat dissipation, preventing component overheating and maintaining stable operation.
    9. Environmentally friendly refrigerants that are non-toxic and non-polluting, ensuring excellent and stable cooling performance.
    10. Low-speed compressor operation reduces wear and extends lifespan.
    11. High-quality compressor paired with a quiet fan results in low operational noise, making it suitable for quiet laboratory environments.
    12. The front panel is easily removable for filter cleaning, and the rear drainage valve design supports quick drainage. Installation and debugging are convenient and fast.
    13. The unit has caster wheels with locking devices at the bottom, making it easy to move. Its compact size saves space.

    Applications:

    1. Chemical Materials Research
    2. Polymer Chemical Polymerization Reactions
    3. RAFT polymerization to prepare block copolymers requires temperature control of the reaction vessel jacket at 30±0.1°C. Temperature fluctuations can cause a widening of the molecular weight distribution (PDI). The high-precision cooling water system connects to the glass reaction kettle to maintain the polymerization degree and molecular weight within a small range.
    4. Nanomaterial Synthesis
    5. The seed-growth method for preparing nanoparticles requires the growth solution to be maintained at 25±0.1°C for 12 hours. Temperature deviation of less than 0.3°C ensures that the particle aspect ratio grows uniformly. The high-precision cooling system and jacketed glass constant temperature bath maintain a deviation of less than 3% in nanoparticle size.
    6. Life Sciences
    7. Protein Purification Systems
    8. Temperature control for affinity chromatography columns in protein purification systems is critical. With traditional chillers having ±1°C fluctuations, protein aggregation and reduced recovery rates occur. Using the high-precision chiller to maintain 10±0.1°C significantly improves these issues.
    9. Fluorescence-Based Enzyme Assay
    10. In enzyme kinetics research with 96-well plates, enzyme reactions need to be monitored continuously at 30±0.1°C. Temperature differences between wells exceeding 0.2°C can lead to data scatter. Connecting the enzyme reader to the high-precision cooling water temperature control module can reduce the CV value to below 2%
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  • RE5000-E Pilot Scale Digital Control Rotary Evaporator

    RE5000-E Pilot Scale Digital Control Rotary Evaporator

    • LCD digital display with intuitive interface for operation and control.
    • PID controller, precise control, fast setting.
    • Stepless automatic motor lifting of the heat bath, smooth and silent.
    • The reciprocation rotation function is the most useful for concentration of sample with power or solid particles.
    • Double-layer high-efficiency condenser with anti-backflow design, large condensation surface area, strong evaporation capacity is a guarantee of high efficient sample recovery.
    • Professional air tightness system design with PTFE sealing ring, featured with heat/corrosion resistance, and high durability.
    • Optional vacuum controller to control the vacuum degree freely.
    • Keep the outer surface of the heat bath at mild temperature with proprietary heat insulation design to avoid accidental personnel burn injury.
    • Equipped with automatic switching valve, continuous collection can be carried out without affecting the negative pressure index of the system and solvent distillation.
    • Optional water bath/oil bath heating mode (standard water bath).
    • Solution can be continuously fed into evaporating flask.
    • Digital display steam temperature sensing device can feed back the solvent steam temperature in real time
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  • RE2000-E Pilot Scale Digital Control Rotary Evaporator

    RE2000-E Pilot Scale Digital Control Rotary Evaporator

    • LCD digital display with intuitive interface for operation and control.
    • PID controller, precise control, fast setting.
    • Stepless automatic motor lifting of the heat bath, smooth and silent.
    • The reciprocation rotation function is the most useful for concentration of sample with power or solid particles.
    • Double-layer high-efficiency condenser with anti-backflow design, large condensation surface area, strong evaporation capacity is a guarantee of high efficient sample recovery.
    • Professional air tightness system design with PTFE sealing ring, featured with heat/corrosion resistance, and high durability.
    • Optional vacuum controller to control the vacuum degree freely.
    • Keep the outer surface of the heat bath at mild temperature with proprietary heat insulation design to avoid accidental personnel burn injury.
    • Equipped with automatic switching valve, continuous collection can be carried out without affecting the negative pressure index of the system and solvent distillation.
    • Optional water bath/oil bath heating mode (standard water bath).
    • Solution can be continuously fed into evaporating flask.
    • Digital display steam temperature sensing device can feed back the solvent steam temperature in real time
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  • RE1000-E Pilot Scale Digital Control Rotary Evaporator

    RE1000-E Pilot Scale Digital Control Rotary Evaporator

     

    1. LCD digital display with intuitive interface for operation and control.
    2. PID controller, precise control, fast setting.
    3. Stepless automatic motor lifting of the heat bath, smooth and silent.
    4. The reciprocation rotation function is the most useful for concentration of sample with power or solid particles.
    5. Double-layer high-efficiency condenser with anti-backflow design, large condensation surface area, strong evaporation capacity is a guarantee of high efficient sample recovery.
    6. Professional air tightness system design with PTFE sealing ring, featured with heat/corrosion resistance, and high durability.
    7. Optional vacuum controller to control the vacuum degree freely.
    8. Keep the outer surface of the heat bath at mild temperature with proprietary heat insulation design to avoid accidental personnel burn injury.
    9. Equipped with automatic switching valve, continuous collection can be carried out without affecting the negative pressure index of the system and solvent distillation.
    10. Optional water bath/oil bath heating mode (standard water bath).
    11. Solution can be continuously fed into evaporating flask.
    12. Digital display steam temperature sensing device can feed back the solvent steam temperature in real time
    inquirydetail
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