ZS-MV-HR series small animal anesthesia localization microinjection system Introduction: The ZS-MV-HR series small animal anesthesia localization microinjection system is a portable anesthesia machine designed specifically for small animals such as mice and rats, providing anesthesia localization microinjection systems such as isoflurane or sevoflurane for inhalation anesthesia, making it convenient for customers to carry around. The system consists of an anesthesia machine, a digital single arm stereotaxic device, and a microinjection pump. It uses air flow from a gas source as power, mixes oxygen and isoflurane in an anesthesia tank, and enters the animal's body through a mask or ventilator for short-term or long-term anesthesia control, ensuring precise anesthesia depth. Once anesthesia is completed, it can be revived within 2 minutes. The anesthesia techniques for experimental animals have been widely applied in biomedicine, clinical trial research, and teaching experiments. The ZS-MV-HR series small animal anesthesia localization microinjection system is an integrated and practical instrument with simple design. characteristic: 1. Adopting a standard open breathing non circulating circuit design to reduce dead space 2. Inhalation anesthesia for animals such as rats, mice, rabbits, cats, hamsters, guinea pigs, etc 3. The evaporator adopts a clinical application design, which can withstand a pressure of 50kPa without leakage inside, and can be used within a temperature range of 10-35 ℃ 4. Display specifications: 7-inch LCD resistive color screen 5. Provide 0.2-2 double tubes, with center distances of 0.8mm, 1.0mm, 1.2mm, 1.4mm, and 1.5mm to facilitate bilateral brain localization 6. Intelligent monitoring automatic alarm reminder, timed intelligent monitoring fault alarm and fault cause, remote Bluetooth operation function. 7. Anesthetic concentration range: 0-5%, using classic Penlon anesthesia canister technology, with a minimum anesthetic volatile concentration adjusted to 0.15%, anesthetic stock: 300ml 8. Equipped with precise oxygen flow meters, with controllable flow ranges of 0-1L/min and 0-4L/min 9. The output concentration of the volatilization tank is adjustable, and the output is not affected by changes in flow rate, temperature, flow rate, or pressure. The safety locking device prevents accidental volatilization of anesthetics 10. Optional expansion flowmeter to meet the experimental requirements of multiple gas sources 11. Various specifications of accessories (induction box, anesthesia mask, anesthesia gas recovery system, etc.) can be selected according to experimental requirements and different types and sizes of animals Technical parameters: Negative pressure suction: 1-100l/h Weighing function: It can weigh and display the weight of the gas filter tank at any time Alarm function: It has a first level (real-time adjustable weight) indicator light flashing, a second level (real-time adjustable weight) overweight alarm (both indicator light and buzzer), and weighing calibration and gas calibration functions. Usage environment: The usage temperature can be adjusted in real time according to the environmental temperature, and the concentration of carbon dioxide and oxygen can be monitored in real time. Carbon dioxide and oxygen: real-time display curve graph. Upgrade function: Real time display of various alkane anesthesia concentrations%. Working mode: injection only, extraction only, injection/extraction, extraction/injection, continuous mode Syringe specifications available: 0.5-1000ul, flow rate: 3.66 pl/min (0.5ul syringe) -3.818 ml/min (1000ul syringe) Temperature control range: room temperature~60 ℃, temperature control accuracy: ± 0.01 degrees, stainless steel anal temperature sensor with a diameter of 2mm round head, non irritating to animals. Reading accuracy: ≤ 1 μ m
Introduction: The ZS-MV-HR series small animal anesthesia localization microinjection system is a portable anesthesia machine designed specifically for small animals such as mice and rats, providing anesthesia localization microinjection systems such as isoflurane or sevoflurane for inhalation anesthesia, making it convenient for customers to carry around. The system consists of an anesthesia machine, a digital single arm stereotaxic device, and a microinjection pump. It uses air flow from a gas source as power, mixes oxygen and isoflurane in an anesthesia tank, and enters the animal's body through a mask or ventilator for short-term or long-term anesthesia control, ensuring precise anesthesia depth. Once anesthesia is completed, it can be revived within 2 minutes. The anesthesia techniques for experimental animals have been widely applied in biomedicine, clinical trial research, and teaching experiments. The ZS-MV-HR series small animal anesthesia localization microinjection system is an integrated and practical instrument with simple design.
