Product Description
We are a recognized manufacturer, exporter and supplier of Electrical Student Kymograph. This equipment is widely used to record changes in arterial blood pressure and also to measure the rate of blood flow through arteries & veins. This equipment is manufactured using superior grade components with the help of sophisticated technology at our ultra-modern production unit under the supervision of adroit professionals. The equipment provided by us is tested on various measures of quality to assure its flawlessness. Our offered Electrical Student Kymograph is made available in various technical requirements at industry leading prices with no hassle.
Features:
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Maintenance free
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Long service life
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High functionality
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Hassle free performance
Electrical Student Kymograph
Electrical E-8 Student Kymograph with special heavy duty motor, oil lapped gear systems, speeds from 0.12 mm/sec to 640 mm/sec, in 8 steps, jerk free running, instantaneous start & stop clutch. Stainless steel spindle with screw lift 15 x 15cm cylinder with leveling screws, pilot lamp, plug & cord.
Optimized for Laboratory UseThe Student Kymograph fits perfectly in benchtop installations, making it suitable for teaching labs and research settings in physiology and pharmacology. Its compact design (40 x 20 x 30 cm) allows for easy integration into existing lab setups while maintaining stability during operation thanks to a sturdy metal base.
Precise and Reliable Experimental RecordingEquipped with an analog drum display and accurate electrical time marker, this kymograph ensures reliable documentation of muscle contractions and time intervals. The variable speed drive (manual/automatic) allows users to tailor experimental conditions for both basic and advanced applications.
Built for Durability and EfficiencyCrafted from high-quality metal and weighing about 7-10 kg, the Student Kymograph offers durability and low noise operation. Its key components-motor, drum, pulley, lever arm-combine to provide long-lasting performance and stable operation, making it a trusted choice for institutions and laboratories.
FAQ's of Electrical Student Kymograph:
Q: How does the Electrical Student Kymograph function in physiology and pharmacology experiments?
A: The kymograph records physiological responses such as muscle contractions and time intervals by moving recording paper across a rotating drum. The electrical time marker ensures precise timing (down to 0.01 seconds), facilitating accurate data analysis and interpretation during experiments.
Q: What is the process for installing and setting up the Student Kymograph?
A: Installation involves placing the kymograph on a laboratory benchtop, connecting to a 220-240 V AC power source, and attaching recording paper up to 15 cm wide. Users should set the desired drum speed (10-300 RPM) and ensure core components like the lever arm and time marker are positioned correctly before commencing an experiment.
Q: When is it advisable to use the manual versus automatic speed control on this kymograph?
A: Manual speed is best for controlled, hands-on educational demonstrations, while automatic variable speed is recommended for experiments requiring precise, consistent rotation. Switching between modes offers flexibility depending on the experimental protocols and user preferences.
Q: Where can the Student Kymograph be used most effectively?
A: It is most effective in laboratory environments, specifically in educational institutions, research facilities, and industrial labs focused on physiology and pharmacology. Its benchtop installation makes it ideal for structured experimental setups without occupying excessive workspace.
Q: What are the main benefits of using this model for single experiments?
A: The model's precise recording capabilities, stable speed control, and solid construction enable accurate and repeatable results for single experiments. This reliability supports teaching and research by delivering high-quality data for analysis, enhancing overall experimental efficiency.
Q: How does the kymograph maintain low noise levels during operation?
A: The equipment's robust metal body and fractional horsepower AC motor are designed for smooth, vibration-free movement, ensuring that operational noise remains below 60 dB. This quiet performance minimizes disruption in laboratory environments.
Q: What maintenance is required to ensure continued accuracy and reliability?
A: Regular cleaning of the drum, lever arm, and time marker, along with periodic checks on the motor and pulley for wear, will maintain performance. Keeping the device covered when not in use and operating it within ambient temperature ranges will also extend its lifespan and accuracy.