Description
Specifications
Product Name – Magnetic Compass
Quantity/Pack Size – Single Unit
Form – Circular Dial
Grade – Laboratory Grade
Application – Directional Measurement, Orientation, Navigation Experiments
product overview
The Magnetic Compass is a precision laboratory instrument designed to provide accurate directional readings and orientation measurements with consistent performance. Constructed from high-grade, durable materials, it ensures long-term reliability while maintaining sensitivity to magnetic fields. Its finely calibrated needle responds to Earth’s magnetic field with minimal friction, enabling precise and quick directional identification. The compass dial is clearly marked for easy reading, and its stable housing protects internal components from environmental disturbances, vibrations, and accidental impacts. Lightweight and ergonomically designed, the Magnetic Compass offers ease of handling, allowing seamless integration into laboratory workflows. Its laboratory-grade quality guarantees resistance to corrosion and ensures functional stability during extended usage. The instrument is ideal for experiments that require consistent and dependable directional data, offering smooth needle movement and minimal deviation. Its compact design allows for convenient storage and portability, while the robust casing shields it from external interference, preserving the accuracy of the readings. The Magnetic Compass is engineered for low maintenance, providing reliable operation over prolonged periods. Overall, it combines durability, precision, and ease of use, making it a dependable laboratory tool for controlled orientation, navigation, and measurement applications where accuracy and repeatability are essential.
FAQs
1. What is the Magnetic Compass made of?
The Magnetic Compass is made from high-quality, corrosion-resistant materials with a calibrated needle for precise directional measurement.
2. Can the Magnetic Compass be used in strong magnetic fields?
It is designed for standard laboratory magnetic conditions; extreme magnetic fields may affect needle accuracy.
3. How should the Magnetic Compass be stored?
Store in a dry, stable environment away from magnetic interference and moisture to maintain accuracy and durability.
4. Are there alternatives to the Magnetic Compass?
Alternatives include digital compasses or gyro-based orientation instruments depending on precision requirements and laboratory setup.
5. Is the Magnetic Compass easy to calibrate?
Yes, it comes pre-calibrated and can be fine-tuned easily using standard laboratory procedures for optimal performance.
