RWD Surgical & Anesthesia Solutions for Small Animal Research: There is growing demand for anesthesia equipment designed for small laboratory animals. RWD designs and manufactures complete anesthesia systems and accessories for the smallest preclinical research subjects.  These systems are designed to deliver highly effective anesthesia with depth modulation. RWD systems are also designed with user safety as a priority. The system includes excellent waste gas scavenging to protect users from the negative effects of short-term exposure to anesthetic gases.

Anesthesia Products

Anesthesia Solutions for Small Animal Research

These complete anesthesia solutions are perfect for new labs or if you are in the process of upgrading your current system

Anesthesia Solutions for Small Animal Research

These small animal anesthesia systems can offer improved level of control over depth and duration of anesthesia, especially for prolonged procedures.

Anesthesia Solutions for Small Animal Research

The best choice for scientific researchers and veterinary professionals for accurate delivery of anesthesia

Anesthesia Solutions for Small Animal Research

The active gas evacuation unit was designed to safely and actively remove waste gas associated with everyday inhalation anesthesia.

Anesthesia Solutions for Small Animal Research

Animal ventilators are the most common instrument for assisting animal respiration, which are widely used in scientific research of preclinical medicine

Anesthesia Solutions for Small Animal Research

For inhalation anaesthesia without respiration support, RWD has 5 Face masks available

Anesthesia Solutions for Small Animal Research

For rapid induction of anesthesia before animal surgery, takes only 2-5 minutes

Anesthesia Solutions for Small Animal Research

RWD anesthesia is equipped with an extended flow meter mounting position, which expands a variety of gas flowmeters to meet the need of a variety of gas supply

Anesthesia Solutions for Small Animal Research

One key to reset, real-time display the weight of filter canister, accurate to 1g

Anesthesia Solutions for Small Animal Research

Used to absorb isoflurane, sevoflurane and enflurane and other gases, disposable, large and small size are available, large canister

Anesthesia Solutions for Small Animal Research

Generate medical oxygen(USP93%) from the air. Cost effective and never run out of oxygen supply

Anesthesia Solutions for Small Animal Research

R620-S1 universal veterinary anesthesia machine is applicable to clinical anesthesia of dogs, cats, pigs, monkeys, rodent, reptiles, birds

Stereotaxic & Other Research Products

Anesthesia Solutions for Small Animal Research

RWD offer a series of stereotaxic instruments to meet the experimental needs of rat, mouse, guinea pig, tree shrew, cat, rabbit, dog, monkey and other different animals

Anesthesia Solutions for Small Animal Research

With the advantages of the unique non-contact, high time and spatial resolution, rapid imaging, it provides a new recording way for the life sciences basic research and clinical medical, which can achieve real-time dynamic blood flow monitoring and video imaging

Solutions for Small Animal Research

The Intelligent Optogenetic System integrates light source output and control together. Compared with the Traditional Optogenetics System, it really achieves compact and easy to use, stable and efficient, intelligent and humane

Solutions for Small Animal Research

The Traditional Optogenetics System allows you to precisely measure the individual neurons in living tissue. Optogenitics is a growing field and was chosen as Method of the Year in 2010. Find out more here

Solutions for Small Animal Research

The precise impactor for mice and rats is a very friendly tool for assessing spinal cord injury mechanisms in
basic medical research.

Solutions for Small Animal Research

Detecting the activity change of neurons in the central nervous system in real-time, the fiber photometry sums up the overall fluorescence of neurons to express their overall activity without reflecting on the activity of individual neurons.