Mindray Labus 7 Portable Pre-clinical Ultrasound System
Precision and Simplicity for Comprehensive Pre-clinical Research. The Mindray Labus 7 is a high-resolution ultrasound image system that integrates an imaging station with physiological signal modules to enhance precision and convenience in acquisition and analysis—purpose-built for advanced preclinical research.
Mindray Labus 7 Research Ultrasound Brochure
Mindray Labus 7 Research Ultrasound Transducers
Integrated Preclinical Ultrasound Solution
- Physiological monitoring: ECG and respiratory monitoring with physiological signal data displayed on the main ultrasound screen.
- Stable scanning workflow: Secure transducer fixation with multi-directional / multi-angle adjustment, plus full rotational and tilt flexibility with adjustable positioning.
- Animal support: Precise position adjustments and anesthesia mask fixation to support repeatable imaging sessions.
- Temperature management: Built-in temperature control module with rectal temperature monitoring.
- Lab-ready build: Waterproofing, resistance to alcohol and UV disinfection, and anti-oxidation electrodes.
Research Applications
- Cardiology
- Oncology
- Urogenital Research
- Drug Discovery and Development
- Vascular Biology
ZST+ Imaging Platform
Labus 7 is built on ZONE Sonography® Technology (ZST) with advanced hardware and three core technologies—Zone Imaging, Zone Focusing, and Zone Processing—delivering high-resolution imaging designed to support deeper insight and reliable measurements in preclinical studies.
Specialized Research Transducers
Labus 7 features ultra-high-frequency linear array transducers that are compact and lightweight—ideal for laboratory animals such as mice and rats—supporting exceptional resolution and fine-detail visualization. It also offers a versatile range of transducers for scanning the abdomen and heart in monkeys, dogs, rabbits, and pigs to meet deep-tissue imaging needs.
Scanning Modes for Preclinical Studies
Brightness Mode (B-Mode)
Two-dimensional grayscale imaging to qualitatively assess tissue morphology, organ structures, and size—supporting disease model development and evaluation.
Color Doppler Mode
Visualizes blood flow and velocity to support hemodynamic studies, vascular network assessment, microcirculation investigation, and overall blood dynamics evaluation.
Pulsed Wave Doppler Mode
Accurately measures blood flow velocity in specific regions for quantitative hemodynamic studies, including cardiovascular assessment of abnormalities such as stenosis and regurgitation.
Motion Mode (M-Mode)
Captures tissue dynamics to evaluate motion and function in active organs such as the heart and muscles, including visualization of wall motion and valve activity.
Advanced Preclinical Research Solutions
Tissue Doppler Imaging Quantitative Analysis
Advanced Tissue Doppler Imaging modes (TVI, TVD, TVM, TEI) support synchronized analysis of myocardial motion across up to eight regions of interest (ROIs), providing multidimensional parameters of cardiac tissue movement.
UWN+ Contrast Enhanced Ultrasound
Microbubble contrast enhancement improves visualization for functional studies of vessels and tissues. The UWN+ imaging system provides quantitative analysis of the entire contrast process to deliver reliable, detailed quantitative data for research such as tumor angiogenesis and inflammation.
Natural Touch Elastography
Highly sensitive elastography offers insight into the physical properties of animal tissues. A Shell analysis feature supports evaluation of the extent of tumor infiltration into surrounding tissues.
Clarity Tools for Small-Vessel and Detail Imaging
HR Flow
Improves spatial resolution for blood flow imaging, enabling detection of low-velocity blood flow signals and precise visualization of small blood vessels and flow patterns within tissues.
HD Scope
Enhances detail resolution and image contrast through real-time retrieval and analysis of raw data.
Research Quality by Precision Engineering
Precision engineering supports durability and stability in varied research environments. Robust data security provides a dependable processing environment to improve research quality and efficiency.
- Multi-transducer expansion
- Magnesium-aluminum alloy protective casing
- Compact design
- Recycle Bin and accidental deletion protection
- Data security access control
- Built-in high-capacity hard drive
| Probe Model | Array Type | Bandwidth (MHz) | FOV / Radius | Applications | Biopsy Kit | |
 |
C5-1s | Curved | 1.2–6.0 | Extended FOV: 72°; Convex Radius: 60 mm | Abdomen (Canine, Pig, Equine, Bovine, Ovine); Reproduction (Canine, Equine, Bovine, Ovine); MSK (Canine, Equine, Bovine, Ovine) | NGB-022 |
 |
C6-2Gs | Curved | 2.6–8.2 | Extended FOV: 104°; Convex Radius: 20 mm | Abdomen (Canine, Pig, Equine, Bovine, Ovine); Cardiology (Canine); Reproduction (Canine, Equine, Bovine, Ovine) | NGB-024 |
 |
C11-3s | Curved | 2.6–12.8 | Extended FOV: 114°; Convex Radius: 15 mm | Abdomen (Canine, Pig, Monkey, Feline); Cardiology (Canine, Pig, Monkey, Feline); Reproduction (Canine, Feline); Small Parts (Canine, Feline); MSK (Canine, Feline) | NGB-018 |
 |
L12-4s | Linear | 4.0–12.8 | Field of View (max): 3.8 cm | Abdomen (Canine, Monkey, Feline); Small Parts (Canine, Feline, Equine); MSK (Canine, Feline, Equine); Ocular (Canine, Feline); Vascular (Equine) | NGB-007 |
 |
L13-3s | Linear | 3.2–12.3 | Field of View (max): 3.8 cm | Abdomen (Canine, Monkey, Feline); Small Parts (Canine, Feline, Equine); MSK (Canine, Feline, Equine); Ocular (Canine, Feline); Vascular (Equine) | NGB-007 |
 |
L13-3Ns | Linear | 3.0–13.0 | Field of View (max): 3.80 cm | Abdomen (Canine, Monkey, Feline); Small Parts (Canine, Feline, Equine); MSK (Canine, Feline, Equine); Ocular (Canine, Feline); Vascular (Canine, Feline, Equine) | NGB-053 |
 |
L14-6s | Linear | 3.5–16.0 | Field of View (max): 2.53 cm | Abdomen (Canine, Monkey, Feline); Small Parts (Canine, Feline, Equine); Ocular (Canine, Feline, Equine); Nerve (Canine, Feline); MSK (Equine); Vascular (Equine) | NGB-016 |
 |
L16-4Hs | Linear | 4.0–12.8 | Field of View (max): 2.53 cm | Abdomen (Canine, Pig, Monkey, Feline); Small Parts (Canine, Feline, Equine); MSK (Canine, Feline, Equine) | None |
 |
L20-5s | Linear | 6.0–23.0 | Field of View (max): 2.85 cm | Cardiology (Mouse & Rat); Abdomen (Mouse & Rat); Vascular (Mouse & Rat, Rabbit); Ocular (Rabbit, Canine, Feline); Nerve (Canine, Feline) | None |
 |
L30-8Xs | Linear | 8.3–30.0 | Field of View (max): 1.26 cm | Cardiology (Mouse & Rat); Abdomen (Mouse & Rat); Vascular (Mouse & Rat, Rabbit); Ocular (Rabbit, Canine, Feline); Nerve (Canine, Feline) | None |
 |
P4-2s | Phased | 1.5–4.5 | Field of View (max): 90° | Cardiology (Canine, Pig, Equine, Bovine, Ovine) | NGB-011 |
 |
P8-2s | Phased | 2.3–8.0 | Field of View (max): 90° | Cardiology (Canine, Pig, Monkey, Feline); Abdomen (Canine, Pig, Monkey, Feline) | None |
 |
P10-4s | Phased | 3.0–11.4 | Field of View (max): 90° | Cardiology (Canine, Monkey, Feline); Abdomen (Canine, Monkey, Feline) | None |
 |
P8-3Ts | Phased | 2.3–7.2 | Field of View (max): 90° | Cardiology (Canine, Pig, Feline) | None |
 |
6LE5Vs | Intrarectal | 3.0–11.5 | Field of View (max): 4.73 cm | Reproduction (Equine, Bovine, Ovine) | None |
Mindray Labus 7 Preclinical Research Ultrasound Video Overview
Request Pricing, Configuration, and Availability for Mindray Labus 7 Ultrasound
Tell us your models and objectives (mouse/rat or larger animal models, cardiac/oncology/urology/vascular, and preferred scanning modes), and we’ll recommend the right configuration and transducer options for your lab.
Contact Us Today to Begin Your Purchase
Phone: 760-754-3288
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