Veterinary Anesthesia Machine YR06099

The Veterinary Anesthesia Machine YR06099 is a state-of-the-art device designed to provide precise and controlled anesthesia delivery for experimental animals, ranging from small rodents to medium-sized pets. With its automatic flow and temperature compensation, the accuracy is maintained at an impressive level, ensuring safety and convenience during use. Its coaxial tube gas circuit design not only saves space but also optimizes the operator's ease of access, making it suitable for various clinical applications. This machine's versatile compatibility allows the use of oxygen or air as a gas source and comes equipped with an exhaust gas recovery system to maintain a clean laboratory environment.

Market Price

The Veterinary Anesthesia Machine YR06099 is competitively positioned in the market, with prices typically ranging between 4900 USD and 5700 USD. This makes it an attractive option for veterinarians and researchers looking for reliable anesthetic solutions that offer excellent value for money.

Frequently Asked Questions

• What types of animals can the YR06099 be used on? This machine is suitable for animals such as rats, mice, rabbits, cats, and guinea pigs.
• Does it have a safety mechanism? Yes, it includes an anti-accidental opening lock and safety protection for secure operation.
• Can the machine be upgraded? Yes, it can be upgraded to a mobile, wall-mounted unit.

Advantages and Disadvantages

One of the key advantages of the YR06099 is its stable output and reliability in changing conditions of flow, temperature, and pressure. The device's accurate flow meter and fast oxygen function provide extra convenience, especially during emergencies. However, the initial setup may require some technical expertise, and it is essential to ensure compatible specifications with existing laboratory setups.

Product Use in the Field

The YR06099 is utilized in various veterinary and laboratory settings to administer precise anesthesia to a range of animals. Its intuitive design and efficient gas delivery make it a preferred choice for animal surgery, research experiments, and routine veterinary procedures.

Recommendations

For optimal performance, regularly check and calibrate the device to maintain high levels of accuracy. Additionally, proper maintenance of the exhaust gas recovery system will ensure a safe and pleasant working environment in the laboratory.

Features

• Automatic flow and temperature compensation
• Suitable for various experimental animals
• Coaxial tube gas circuit design
• Oxygen or air as a gas supply source
• Accurate oxygen flow meter
• Stable output, good airtightness
• Anti-accidental opening lock structure
• Exhaust gas recovery system
• Fast oxygen function
• Upgradable to mobile, wall-mounted machine

Technical Specifications

Model	YR06099
Gas source supply flow rate	0.2~15L/min, If the concentration is greater than 4%,0.2~8L/min
Gas source supply quality requirements	Medical pure oxygen and air mixture, or O2 and N2O mixture oxygen and air
Channel	1
Control concentration range	Sevoflurane: 0.2-8% or Isoflurane: 0.2~5%(v/v)
Control knob control value	Sevoflurane: 0-0.2-0.5-1.0-1.5-2.0-2.5-3.0-3.5-4.0-4.5 -5.0-5.5-6-6.5-7-7.5-8 %(v/v) Isoflurane:0 - 0.2 - 0.5 - 1.0 - 1.5 - 2.0 - 2.5 - 3.0 - 3.5 - 4.0 4.5-5.0%(v/v)
Concentration control accuracy	±5% of full scale or ±15% of set value
Anesthetic dose	The total volume of the dry wick is about 300mL,The visible liquid level is about 250mL between the minimum and maximum scale.
Consumption of anesthetic	About 3 x supply gas flow (L/min) x set concentration value (%(v/v)) ,When the isoflurane concentration is 2% and the gas flow rate is adjusted to 600mL/min, a 100mL bottle of isoflurane can be used for approximately 28-30 hours.
Loss of anesthetic	22℃, 0 graduation, less than 0.5mL/24h.
Maximum pressure load	20kPa
Maximum use tilt angle	30°
Material	Mainly aluminum
Working conditions	Temperature: 5~40°C, Atmospheric pressure: 700~1060hPa
Storage conditions	Temperature: -40~55°C, Atmospheric pressure: 500~1060hPa