SS Mosses Ergograph

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SS Mosses Ergograph Specification

Display Type
Mechanical analog

Shape
Rectangular

Speed Range
Adjustable (Graduated scale)

Features
Robust construction, corrosion-resistant, easy calibration

Temperature Resistance
Normal laboratory conditions

Accuracy
±1% of Full Scale

Control Type
Manual

Power Supply
Manual Operation

Type
Ergograph

Dimension (L*W*H)
380 mm x 512 mm x 150 mm

Equipment Type
Laboratory Equipment

Equipment Materials
Stainless Steel

Power
Manual

Material
Stainless Steel

Application
Measurement of muscle work capacity

Finish Type
Polished Stainless Steel

Marking Scale
Graduated for easy reading

Base Type
Rubber feet for stability

Weight Measurement Range
0 to 400 grams

Usage
Used in Physiology Lab for muscle fatigue study

Movement Type
Pendulum based

Packing Type
Corrugated box

Calibration Method
Manual

About SS Mosses Ergograph

Experience the Sizzling performance of the SS Mosses Ergograph, meticulously crafted from Outstanding Polished Stainless Steel for lab excellence. Capitalise on its graduated marking scale for Phenomenal accuracy in muscle fatigue measurements, ranging from 0 to 400 grams. Monumental durability is assured with its corrosion-resistant frame, pendulum-based mechanism, and rubber feet for exceptional stability. This manual, mechanical analog marvel is perfect for physiology labs and educational institutions. Grab Yours now to enhance your research in muscle work capacity with easy calibration and robust construction. Delivered securely in a corrugated box, this rectangular laboratory equipment embodies precision, reliability, and superior performance.

Surface & Features: Precision In Every Application

The SS Mosses Ergograph is designed for reliable application on any standard laboratory bench, featuring a robust stainless steel body for prolonged use. Its principal application areas include school and university physiology labs and research environments focused on muscle work and fatigue studies. Outstanding features such as corrosion resistance, easy manual calibration, and a graduated scale ensure precise results every time. Stable rubber feet enhance safety and operational accuracy, making this a preferred choice among laboratory professionals.

Export Market, Packaging & Sample Details

SS Mosses Ergograph serves Monumental demand across global export markets like Africa, Asia, and the Middle East. Each unit is packed securely in a durable corrugated box to ensure safe transportation and delivery. Distributors, exporters, and suppliers can readily request samples, with quotations available upon inquiry for bulk orders. Capitalise on our efficient shipping for hassle-free procurement-our outstanding support team is always available to address your export and packaging requirements promptly.

FAQ's of SS Mosses Ergograph:

Q: How is the SS Mosses Ergograph calibrated for accuracy?

A: The SS Mosses Ergograph uses a manual calibration method, allowing users to readily ensure measurement accuracy up to 1% of the full scale, maintaining outstanding reliability during experiments.

Q: What is the main usage of the SS Mosses Ergograph in laboratories?

A: This equipment is primarily used in physiology labs for measuring muscle fatigue and assessing muscle work capacity, making it essential for muscle physiology studies and educational demonstrations.

Q: Where can the SS Mosses Ergograph be applied effectively?

A: It is ideal for application on stable laboratory benches in schools, universities, research centers, and other scientific institutions involved in muscle fatigue analysis.

Q: What process does the pendulum-based movement follow for measurement?

A: The ergograph's pendulum-based movement records muscle contractions as the subject lifts a weight, allowing precise measurement of fatigue over repeated movements via its mechanical analog display.

Q: What are the benefits of its polished stainless steel construction?

A: The polished stainless steel ensures Monumental durability, exceptional corrosion resistance, and ease of cleaning, making it suitable for frequent use and reliable long-term performance in laboratory settings.

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