Small Animal Body Composition

QMR06 Body Composition Analyzer (Rat Configuration)

SKU NMS-QMR-RAT
$35,000.00

QMR06 rat-configuration body composition analyzer for awake rat and larger small-animal studies from 10-800 g.

Measures fat and lean mass in under 80 seconds using permanent-magnet low-field QMR.

Scientist guidance
Louise Corscadden, PhD, Director of Science

Louise Corscadden, PhD

Director of Science · ConductScience

Ask Louise about QMR06 Body Composition Analyzer (Rat Configuration) fit, setup, configuration, or quote prep.

Key Specifications

Full datasheet →
Model fit
QMR06-090H-PRO
Category
Small Animal Body Composition
Sizing
100.0 x 80.0 x 100.0 cm
System fit
Confirm utilities, accessories, installation, and support needs before purchase
Construction
Product-specific construction details confirmed during quote
Plan separately
Installation requirements, accessories, consumables, and protocol needs

Overview

The QMR06 Body Composition Analyzer (Rat Configuration) maps to the QMR06-090H-PRO source model, a permanent-magnet quantitative magnetic resonance system for awake small-animal body-composition studies. It is positioned for rat and larger small-animal workflows where researchers need rapid, non-destructive fat and lean mass measurements over time.

Final included components, dimensions, facility requirements, warranty terms, and shipping scope must be confirmed before quote. The current public price should not be used for automatic quoting until supplier cost and configuration are reconciled.

Scientific use

Track fat and lean mass changes in rat across longitudinal metabolic phenotyping studies.

Measure body-composition response in rat models during diet, genotype, or drug-efficacy studies.

Buying fit

Mouse and rat body-composition analyzers are consolidated as QMR06 configuration choices. Compare QMR06 mouse configuration (QMR06-060H-PRO; Mice 10-100 g; tissues 0.1-6 g; best fit: Mouse metabolic phenotyping and repeated fat/lean/free-water measurement); QMR06 rat / larger small-animal configuration (QMR06-090H-PRO; Small animals 10-800 g; tissues 0.1-6 g; best fit: Rat and larger small-animal metabolic phenotyping) is the current configuration; QMR12 imaging-capable option (QMR12-060H-I; Small animals 15-150 g; tissues 0.1-6 g; best fit: Body-composition quantification plus qualitative fat-distribution imaging). Compare all small animal body-composition configurations. ConductScience keeps the QMR12 imaging-capable analyzer as a separate advanced option and confirms included accessories, installation requirements, and support scope before quote.

Features & benefits

Small-animal range 10-800 g

Supports rat and larger small-animal metabolic phenotyping studies.

Under-80-second analysis

Short scan time supports longitudinal cohorts.

Awake monitoring

Source supports monitoring without anesthesia or euthanasia.

Permanent magnet

Lower operational burden than cryogen-based imaging systems.

How it works

The QMR06-090H-PRO uses low-field quantitative magnetic resonance to distinguish fat and lean mass signals in awake small animals. The source page supports a 0.15 +/- 0.015 T permanent magnet, <= 300 ppm field homogeneity, and a 10-800 g small-animal range.

Use this model for rat or larger small-animal studies where repeated, non-destructive body-composition measurements are more important than anatomical imaging.

Workflow fit

Plan setup around the instrument workflow

01

Select model

Confirm the product model and capability set against your measurement and workflow requirements.

02

Prepare setup

Check utilities, workspace, accessories, consumables, and documentation before installation.

03

Run checks

Complete any setup, calibration, or acceptance checks listed in the product documentation.

04

Document use

Record configuration, maintenance, replacement-part needs, and protocol-specific notes for repeatable use.

Browse Small Animal Body Composition products
QMR06 Body Composition Analyzer (Rat Configuration)
QMR06 Body Composition Analyzer (Rat Configuration)
$35,000.00
Added to quoteView Quote