Stainless Steel Spherometer
Product Specification Sheet
Stainless Steel Spherometer
Model Number: MT-PH017
The Stainless Steel Spherometer is a precision measuring instrument used for determining the radius of curvature of lenses, mirrors, glass surfaces, and other curved objects. Manufactured with stainless steel measuring components, including the rod and support legs, it offers enhanced durability, corrosion resistance, and reliable measurement accuracy. Widely used in physics laboratories, optical research facilities, engineering institutes, and educational institutions, this instrument supports precise curvature analysis and scientific experimentation. Supplied by Micro Technologies, it delivers dependable performance for both educational and professional laboratory applications.
Product Specification
The Stainless Steel Spherometer is a precision laboratory instrument developed for accurate measurement of curved surfaces and small vertical displacements. Designed with stainless steel rod and support legs, the Stainless Steel Spherometer offers excellent mechanical strength, corrosion resistance, and dimensional stability, making it suitable for long-term laboratory use.
The Stainless Steel Spherometer operates through a precision-threaded central screw mechanism that enables accurate measurement of surface curvature. The instrument is widely used for determining the radius of curvature of convex lenses, concave lenses, spherical mirrors, glass surfaces, and other precision optical components.
With a least count of approximately 0.01 mm, the Stainless Steel Spherometer provides the accuracy required for advanced laboratory experiments, optical investigations, and educational practical sessions. The precisely machined circular scale and vertical measuring system allow users to obtain dependable readings while minimizing measurement uncertainty.
Physics laboratories, engineering colleges, research centers, and optical laboratories frequently utilize the Stainless Steel Spherometer for experimental studies involving optics, curvature calculations, and surface geometry analysis. Its stainless steel construction improves durability and maintains measurement reliability even under frequent laboratory usage.
The sturdy support legs provide stable positioning during operation, while the precision-threaded mechanism ensures smooth movement and accurate measurement control. These features contribute to consistent results and improved laboratory efficiency.
Manufactured and supplied by Micro Technologies, the Stainless Steel Spherometer is suitable for educational institutions, research laboratories, optical facilities, distributors, and bulk procurement projects seeking dependable curvature measurement instruments.
Features
- Stainless steel rod and support legs
- Precision-threaded central screw mechanism
- Suitable for curvature measurement applications
- Least count of approximately 0.01 mm
- Corrosion-resistant construction
- Stable three-leg support design
- Accurate circular scale graduations
- Smooth measuring operation
- Suitable for optical and physics laboratories
- Long operational service life
Benefits
- Provides precise curvature measurements
- Enhances optical laboratory experiments
- Improves measurement consistency
- Supports advanced educational learning
- Offers excellent corrosion resistance
- Suitable for long-term laboratory use
- Delivers reliable procurement value
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Stainless Steel Spherometer |
| Model Number | MT-PH017 |
| Product Type | Precision Curvature Measuring Instrument |
| Material | Stainless Steel |
| Capacity | Standard Laboratory Range |
| Accuracy/Tolerance | ±0.01 mm |
| Calibration Standard | Metric Precision Scale Standard |
| Stopper Type | Precision Threaded Adjustment |
| Color | Stainless Steel Finish |
| Usage/Application | Physics Laboratories, Optical Experiments, Research Facilities |
| Compliance Standard | Educational Laboratory Standards |
Available Variants
- Standard Stainless Steel Spherometer
- Laboratory Grade S.S. Spherometer
- Educational Demonstration Version
- Research Laboratory Version
SKU System
- SSSP-ST
- SSSP-LG
- SSSP-ED
- SSSP-RL
FAQs
What is a Stainless Steel Spherometer used for?
A Stainless Steel Spherometer is used to measure the radius of curvature of lenses, mirrors, glass surfaces, and other spherical objects with high precision.
What is the least count of the instrument?
The instrument offers a least count of approximately 0.01 mm, making it suitable for precision laboratory and optical measurements.
Why is stainless steel used in the construction?
Stainless steel provides excellent corrosion resistance, mechanical strength, durability, and long-term dimensional stability.
Can it be used in optical laboratories?
Yes. It is extensively used in optics laboratories for lens curvature measurements, mirror analysis, and surface geometry experiments.
Is the instrument suitable for educational institutions?
Yes. It is widely used in schools, colleges, universities, engineering institutes, and research laboratories.
Can bulk procurement be arranged?
Yes. Bulk supply options are available for educational institutions, laboratories, distributors, industries, and government procurement projects.
Why Choose Our Products
- Precision-engineered laboratory instruments
- Strict quality inspection standards
- Durable stainless steel construction
- Reliable institutional and industrial supply capability
- Dedicated support for bulk procurement requirements
Call To Action
Looking for reliable curvature measuring instruments for physics laboratories, optical research facilities, engineering colleges, or educational institutions? Contact Micro Technologies today for bulk inquiries, institutional procurement, distributor partnerships, and customized quotations. Our team is ready to provide technical guidance, pricing information, and large-volume supply solutions.