Product Description
We have developed adequate infrastructure for manufacturing and supplying an exclusive range of Travelling Microscope. It is an instrument used for measuring length such as the diameter of a capillary tube. Our dexterous personnel team uses optimum quality cast iron, sourced from the certified vendors to design the microscope. To provide a defect free range at clients end, we check the Travelling Microscope on certain quality parameters. We offer our products at the affordable prices.
Features:
Further Details:
We provide our clients with Traveling Microscope which suit their requirements and are available in a wide range of specifications. The Microscope are easy to use and are accurately dimensioned. Our Microscope have excellent design and high quality Achromatic 2"or 3" focal length objective.
Feature
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Sturdy cast iron base with 3 leveling screws
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Microscope tube attached with a 10x Ramsaden Eye Piece with cross line graticule
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Horizontal 17 cms, vertical 14 cms travel for Motorized Traveling Microscopes
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Accurate vernier reading 0.02 or 0.01 mm
Superior Measurement AccuracyEngineered with vernier scale graduations, the Travelling Microscope achieves a least count of 0.01 mm, surpassing standard laboratory requirements in precision. Rack-and-pinion drives coupled with micrometer screws enable refined horizontal and vertical positioning, making it ideal for detailed measurements in scientific experiments.
Robust Construction for DurabilityCrafted from stainless steel and cast iron, the microscope ensures long-term reliability and stability during operation. The rigid base, glass stage plate, and heavy structure reduce movement and vibration, thereby safeguarding measurement consistency and instrument longevity even with regular laboratory use.
Convenient Laboratory IntegrationWith a weight of approximately 7 kg and portable dimensions, this microscope fits seamlessly into various laboratory setups. The user-friendly interfacemanual controls for all settings, spirit-level-based adjustment, and a straightforward monocular viewmakes it highly accessible for students and professionals alike.
FAQs of Travelling Microscope:
Q: How does the Travelling Microscope ensure precise measurements?
A: The microscope utilizes vernier scale graduations on both horizontal and vertical axes with a least count of 0.01 mm, coupled with micrometer and rack-and-pinion adjustments for smooth and accurate positioning.
Q: What is the process for making fine adjustments during measurement?
A: Fine adjustments are managed using dedicated micrometer screws and rack-and-pinion mechanisms on the vertical and horizontal slides, allowing controlled and minute movements, supported by a spirit level for leveling.
Q: When is a Travelling Microscope typically used in laboratories?
A: It is primarily employed during physics and engineering experiments that require high-precision measurement of small distances, such as optical studies, refraction experiments, and calibration tasks.
Q: Where can this microscope be installed for optimal performance?
A: The microscope should be placed on a flat and stable laboratory workbench to leverage its heavy cast iron base and leveling screws, ensuring accuracy free from external vibrations or tilts.
Q: What benefits does the vernier scale provide over regular scales?
A: The vernier scale allows for precise readings down to 0.01 mm, improving measurement accuracy, enabling the detection of minute differences, and thereby supporting more reliable scientific results.
Q: How is focusing managed in this Travelling Microscope?
A: Focusing is achieved using a mono eyepiece with coarse vertical adjustment up to 25 mm and fine adjustment up to 2 mm, aided by an achromatic objective for clear image quality during observation.