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Mammalian Heart Perfusion Assembly

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Mammalian Heart Perfusion Assembly Specification

Control Type
Manual with fine control

Shape
Rectangular base with vertical assembly

Display Type
Analog thermometer

Heating Capacity
350 W

Accuracy
1C

Features
Non-corrosive, leak-proof, chemical resistant, easy to assemble and clean

Glass Type
Borosilicate glass

Temperature Resistance
Up to 120C

Power Supply
Electric, mains operated

Type
Mammalian Heart Perfusion Assembly

Dimension (L*W*H)
60 x 42 x 42 cm (approx)

Equipment Type
Experimental Laboratory Assembly

Equipment Materials
Borosilicate glass, stainless steel, rubber and plastic fittings

Power
230V AC, 50 Hz

Voltage
230 V

Material
Borosilicate glass and stainless steel

Application
Pharmacology and Physiology laboratory experiment for mammalian heart perfusion

Capacity (Ltr)
2.5 L

Compliance
Conforms to standard laboratory safety and quality guidelines

Perfusion Tube
Precision bore for uniform flow

Assembly
Modular, easy to disassemble for storage or maintenance

Mounting Stand
Heavy base, anti-slip

Oxygenation Chamber
With sintered glass diffuser for even gas distribution

Cleaning Method
Assemblable for detailed cleaning

Reservoir Bottle
2.5 L graduated borosilicate, fitted with stop-cock

Manifold
Stainless steel, rust proof

Usage Environment
Laboratory/Academic/Research

Heart Chamber
Jacketed, for temperature maintenance

Heating System
Electric immersion heating element with automatic temperature control

Accessories Included
Rubber tubing, bottle holder, clamps, thermometer, heart holder

Weight
Approx. 7.0 kg

Drip Adjustment
Precise drop rate controller

About Mammalian Heart Perfusion Assembly

Mammalian Heart Perfusion Assembly

Brand	Micro Technologies
Size	12x9x8 inch
Thermostatic Sensitivity	1/2 Degree C
Rod Material	Stainless Steel
Number of Pilot Lamps Indicate	2
Oxygen Tubes	Yes

Precision-Engineered for Reliable Performance

Designed with borosilicate glass and stainless steel, this assembly ensures durability and performance in demanding laboratory environments. The modular build and easy disassembly simplify maintenance, while precise control ensures reproducibility for sensitive experiments.

Comprehensive Temperature and Flow Control

The integrated jacketed heart chamber and electric heating system, with an accuracy of 1C and maximum temperature resistance up to 120C, guarantee stable conditions. Exact perfusion flow is managed by a precision bore tube and drip-rate controller, essential for reproducible results.

Ready for Academic, Research, and Experimental Use

Ideal for pharmacology and physiology experiments, the assembly is designed for laboratory, academic, and research environments. With all essential accessories included, setup is straightforward, supporting a range of mammalian heart perfusion protocols.

FAQ's of Mammalian Heart Perfusion Assembly:

Q: How should the Mammalian Heart Perfusion Assembly be cleaned after use?

A: The assembly is modular and can be easily disassembled for thorough cleaning. Components such as the reservoir bottle, heart chamber, and tubing can be detached and washed with laboratory-grade cleaning solutions. Always ensure all parts are thoroughly dried before reassembly.

Q: What is the main benefit of the jacketed heart chamber in this assembly?

A: The jacketed heart chamber allows precise external temperature control using a circulating water jacket. This feature ensures the heart is maintained at physiologically relevant temperatures, which is critical for accurate perfusion experiments.

Q: When is it necessary to use the sintered glass diffuser in the oxygenation chamber?

A: The sintered glass diffuser should be used whenever even oxygen distribution in the perfusate is required. This ensures that the mammalian heart receives adequately oxygenated fluid, which is essential for maintaining organ viability during experiments.

Q: Where can this assembly be used effectively?

A: This perfusion assembly is suitable for use in laboratories focused on pharmacology, physiology, biomedical research, and academic teaching. Its robust construction and safety compliance make it ideal for a wide range of controlled laboratory environments.

Q: What is the process for setting up the heart perfusion assembly?

A: Begin by assembling the base and mounting stand, install the heart chamber, reservoir bottle, and oxygenation chamber, then connect all tubing and accessories. Fill the reservoir with perfusate, set up the heating system, and adjust oxygen and drip settings according to protocol. Refer to the manual for stepwise instructions.

Q: How does the precision bore perfusion tube improve experimental outcomes?

A: The precision bore tube ensures a uniform flow rate of perfusate through the heart chamber, minimizing fluctuations that could affect experimental accuracy. This consistency is particularly valuable for pharmacological and physiological investigations.

Q: What are the key advantages of using this perfusion assembly over standard equipment?

A: Key benefits include modular design for easy cleaning and maintenance, reliable temperature and flow control, non-corrosive materials, and compliance with laboratory safety standards. The robust accessories and precise controls support reproducible, high-quality research.

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