Magnetic Quick Connect allows for easy connection of multiple accessories to the RAS-4 rodent gas anesthesia system.

For use with the IVIS^® Lumina S5 and X5 in vivo imaging systems, the High Throughput Imaging Kit contains all of the needed accessories to allow researchers to increase throughput and streamline imaging workflows.

Benchtop Posing Station for easy and convenient delivery of anesthesia from the RAS-4 Rodent Anesthesia System to your animals on the benchtop.

Small Rodent Manifold 5 (SRM-5) for use with mice and rats.

SMT-5 Smart Mouse Imaging Tray for use with the IVIS^® Lumina S5 and IVIS Lumina X5 in vivo imaging systems, allows benchtop posing of 5 animals when used in conjunction with the Benchtop Posing Station (sold separately). Bed is easily transferable from the benchtop to the IVIS imaging system with quick connect anesthesia functionality. A robust new manifold design requires no nose cones and offers superior scavenging for reduced anesthesia gas exposure. Incorporated fiducials facilitate auto subject recognition by the Living Image^® Software. Includes mouse and rat dividers for signal isolation of optical probes. Provides the ultimate in flexibility and convenience to streamline your imaging workflow.

MVI-2 multi-view imager for 360 degree surface mapping of two mice.

Easily Transfer Your Subject Between Imaging Modalities

The Mouse Imaging Shuttle enables subject to be transferred from the IVIS Spectrum optical to the Quantum GX2 microCT imaging systems for seamless co-registration of 3D optical and CT images.

The RAS-4 Rodent Anesthesia System allows researchers to use real-time in vivo imaging to monitor and record molecular and genetic activity in mice and rats using isoflurane gas.

These rubber stoppers are for use with the XGI-8 Anesthesia System manifolds and transparent nose cones.

These transparent plastic cones are intended for use with the XGI-8 Anesthesia System and the 2-port rat anesthesia system manifold.

These transparent plastic nose cones are low luminescent and low fluorescent. They are for use with the XGI-8 Anesthesia System and 2-port rat anesthesia system manifold.

These transparent glass nose cones are low luminescent and low fluorescent. They are for use with the XGI-8 Anesthesia System and 5-port anesthesia system manifold.

These manifold dividers are used to minimize interference between light signals of different subjects when imaging multiple subjects simultaneously.

This mat is a low fluorescent, low luminescent sanitary placemat for use with the XGI-8 Gas Anesthesia System.

These isoflurane-absorbing charcoal filters are made for use with XGI-8 Anesthesia System.

The XFM-2X Phantom Mouse is used for training and/or practice using IVIS optical imaging systems in fluorescence and/or x-ray mode. The outer material is made to mimic tissue properties so the user sees light scatter similar to what is seen in a live subject. The color of the surface of the phantom emulates the behavior of tissue background fluorescence (autofluorescence). The XFM-2 comes with various plastic rods containing different fluorescent dyes to simulate fluorescence imaging.

The plate positioner provides stable, repeatable positioning for microtiter well plates. Autoclave safe.

Upgradable expansion lens to 24 x 24 cm field of view for the IVIS Lumina II.

This animal shield kit is used to cover and block highly luminescent areas to enable imaging of nearby low-level luminescence.

This manifold anesthetizes up to 5 adult mice or 2 rats simultaneously and is used for use with the XGI-8 Gas Anesthesia System.

This non-glow manifold integrates gas delivery and scavenging ports into a single 2-port unit for use with rats.

This accessory allows the analysis of rabbit species in the Quantum line of microCT instruments.

The Syringe Injection System is for use when injecting rodents in preparation for imaging on our in vivo imaging systems.

The XPM-2 Phantom Mouse is used for training and/or practice using IVIS optical imaging systems in bioluminescence mode. Made of outer materials to mimic tissue, the XPM has LED lights inside the phantom at various locations to mimic bioluminescence signals.

This chamber provides biological isolation of anesthetized mice or small rats before they are imaged in an in vivo imaging system.