Gas Anesthesia Stations
TEM SEGA USA focuses on devices tailored for scientific and medical research.
Specializing in gas anesthesia for small animals like rodents (mouse, rat, guinea pig, rabbit, ferret and marmoset), our stations ensure that animal surgeries are performed safely and in compliance with best practices that uphold animal ethics.
OUR STATIONS
MiniHUB V3
Versatility. Precision. Efficiency.
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Ultra-compact veterinary gas anesthesia station.
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Fully electronic flow control rates & suction of used gases.
NanoHUB
Smallest touch screen gas anesthesia station.
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Electronic regulation & touchscreen software operating.
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Accurate independent gas flow for one chamber and two masks.
MiniHUB V3 Control Panel
NanoHUB Control Panel
Responsibly Conducting Researches
Because the comfort and safety of users is paramount to us, we wanted to equip our gas anesthesia stations with an advanced anti-pollution feature. Unlike other devices on the market, this feature is inside the induction chamber and the masks keeping the animal under anesthesia.​
In all circumstances, the used gas suction can be adjusted to ensure it does not exceed 2 ppm for an 8-hour exposure, whereas other devices available on the market can reach levels as high as 75 ppm for the same amount of time.
Recommended exposure limits for volatile anesthetics (Daily Exposure Limits in ppm)
The advantages of using Isoflurane with
our Gas Anesthesia Stations
TEM SEGA USA Gas Anesthesia Stations have been designed for minimal Isoflurane consumption, ensuring precision, safety and efficiency.
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Here are 3 undeniable key benefits setting our technology apart:
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1. Pollution Control: Our electronically regulated Gas Anesthesia Stations ensure that isoflurane is accurately measured out, keeping exposure levels below 2ppm - unlike other manually controlled devices on the market, potentially reaching up to 75ppm, posing significant health risk.
With our stations, excess gas suction is automatically triggered when opening induction chamber lid, reducing errors when the user has to manually activate the suction.​​​
2. Enhanced Safety: The automatic and secure management of isoflurane flow guarantees to keep the level of toxicity to a minimum for both user and animal, while ensuring a stable anesthetic process.
3. Cost-effectiveness: because isoflurane flow is handled electronically, the exact amount needed is utilized, eliminating gas waste and resulting in significant cost savings over time.
Read Dr Ismael Daher's, PhD presentation at the AFSTAL symposium regarding "Criteria for selecting Isoflurane in animal anesthesia during scientific research".