Heater for head-fixation
麻醉小鼠头固定恒温台
Rapid Fixation & Temperature Control Demo
ST-HA01
Product DescriptionAn essential tool for efficient laboratory research. Designed for in vivo two-photon imaging and electrophysiological recording of anesthetized mice. It solves the challenges of operational convenience and physiological maintenance, improving experimental success rates and data quality through precise temperature control.
- 3-Step Rapid Fixation: Screw-free design allows for secure fixation with simple operation.
- Precise Life Support: 20-45°C constant heating maintains vital signs and reduces mortality.
- High Expandability Base: Breadboard design flexibly adapts to various experimental needs.
- 1096.00 USD
- Inquire for Details *Get detailed quote or custom solution
Key Features & Advantages
Simple & Secure Fixation System
Abandoning cumbersome screw locking methods, it uses an innovative head ring fixation device. **Only 3 steps** are needed to complete mouse head fixation, offering simple operation and secure connection, greatly shortening preparation time after anesthesia.
Life Support System
Integrated high-precision constant temperature heating pad with a control range of **20-45°C (Accuracy ±0.5°C)**. Effectively maintains mouse body temperature during long-term two-photon imaging or electrophysiology experiments, preventing experimental failure caused by hypothermia.
Breadboard Expansion Base
The base adopts a standard breadboard design (**M4 screw holes, 25mm spacing**). Fully considering potential needs in research, it supports flexible addition of brackets, sensors, or other auxiliary equipment to meet customized experimental requirements.
Technical Specifications
| Temp Control Range | 20 - 45 ℃ |
|---|---|
| Accuracy | ± 0.5 ℃ |
| Power Supply | AC 220V |
| Expansion Interface | Breadboard Base (M4 Screw Holes, Spacing 25×25mm) |
| Dimensions | 190mm (L) × 140mm (W) × (40±5)mm (H) |
| Typical Applications |
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More Neuroscience Research Solutions
Voices from the Lab
Real stories, proven results
Yueping Meng
Principal investigator
SITRANTECH customized a pupil monitoring system for us. They delivered it in less than three weeks, which allowed us to obtain experimental results within just one week.
Xiaoke Qiao
Phd studuent
We successfully integrated SITRANTECH's head-fixation system with mouse treadmill (disc version) into our two-photon in vivo imaging experiments with awake mice. The system is user-friendly, allowing quick and easy mounting and dismounting of the mice, which significantly enhanced our experimental efficiency.
Donghan Mo
Research associate
SITRANTECH customized a laser-based toe pain stimulation system for mice, which works seamlessly with their belt-version mouse treadmill in our two-photon imaging setup. We are now able to clearly observe calcium oscilations in neurons within the sensory cortex that are responsive to peripheral toe stimulation.
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