Double Disc Spherometer
Product Specification Sheet
Double Disc Spherometer
Model Number: MT-PH019
The Double Disc Spherometer is a precision measuring instrument used for determining the radius of curvature of lenses, mirrors, glass surfaces, and other curved objects. Constructed with stainless steel rod and support legs, it offers excellent stability, corrosion resistance, and dependable measurement accuracy. With a least count of 0.01 mm, this instrument is suitable for educational laboratories, optical research facilities, engineering institutes, and scientific experimentation. Supplied by Micro Technologies, it delivers reliable performance for precision measurement and advanced laboratory applications.
Product Specification
The Double Disc Spherometer is a precision laboratory instrument developed for measuring the curvature of spherical surfaces and determining very small vertical displacements with exceptional accuracy. Featuring a robust double-disc construction, the Double Disc Spherometer provides improved stability and measurement consistency during experimental work.
Manufactured with stainless steel rod and support legs, the Double Disc Spherometer offers superior corrosion resistance and long operational life. The rigid construction minimizes measurement variations and helps maintain dependable performance even under frequent laboratory usage.
The Double Disc Spherometer is commonly used in physics laboratories, optical laboratories, engineering institutes, and research facilities for determining the radius of curvature of lenses, mirrors, optical components, and precision-machined curved surfaces. The precision-threaded central screw mechanism allows smooth vertical movement while supporting accurate measurement readings.
With a least count of approximately 0.01 mm (1/100 mm), the Double Disc Spherometer provides the precision required for advanced optical investigations and laboratory practical experiments. The carefully graduated circular scale and main scale arrangement help users obtain reliable and repeatable measurements.
Educational institutions frequently utilize the Double Disc Spherometer to demonstrate optical principles, curvature calculations, and precision measurement techniques. Its durable construction and user-friendly design make it suitable for both teaching and research applications.
Manufactured and supplied by Micro Technologies, the Double Disc Spherometer combines durability, precision engineering, and dependable measurement performance, making it a valuable instrument for educational and scientific laboratories.
Features
- Double-disc construction for enhanced stability
- Stainless steel rod and support legs
- Precision-threaded measuring screw
- Least count approximately 0.01 mm
- Accurate circular scale graduations
- Smooth vertical movement mechanism
- Corrosion-resistant components
- Suitable for optical and physics experiments
- Durable laboratory-grade construction
- Long operational service life
Benefits
- Delivers precise curvature measurements
- Improves measurement consistency
- Enhances optical laboratory experiments
- Supports advanced scientific investigations
- Suitable for long-term educational use
- Reduces measurement uncertainty
- Provides excellent procurement value
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Double Disc Spherometer |
| Model Number | MT-PH019 |
| Product Type | Precision Curvature Measuring Instrument |
| Material | Stainless Steel and Metal Components |
| Capacity | Standard Laboratory Range |
| Accuracy/Tolerance | ±0.01 mm |
| Calibration Standard | Metric Precision Scale Standard |
| Stopper Type | Precision Threaded Adjustment |
| Color | Metallic Finish |
| Usage/Application | Physics Laboratories, Optical Research, Engineering Institutes |
| Compliance Standard | Educational Laboratory Standards |
Available Variants
- Standard Double Disc Spherometer
- Stainless Steel Double Disc Spherometer
- Educational Laboratory Version
- Research Laboratory Version
SKU System
- DDS-ST
- DDS-SS
- DDS-ED
- DDS-RL
FAQs
What is a Double Disc Spherometer used for?
The instrument is used to measure the radius of curvature of lenses, mirrors, glass surfaces, and other spherical objects with high precision.
Why is the double-disc design beneficial?
The double-disc construction provides better stability and reduces measurement variations during precision laboratory experiments.
What is the least count of the instrument?
The least count is approximately 0.01 mm (1/100 mm), allowing highly accurate curvature measurements.
Why are stainless steel rods and legs used?
Stainless steel improves durability, corrosion resistance, and measurement reliability during long-term laboratory use.
Can it be used in optical laboratories?
Yes. It is widely used for lens curvature measurements, mirror analysis, and optical research applications.
Are bulk procurement options available?
Yes. Bulk orders are available for schools, colleges, universities, research laboratories, distributors, and government projects.
Why Choose Our Products
- Precision-engineered laboratory instruments
- Strict quality assurance procedures
- Durable stainless steel construction
- Reliable institutional and research supply capability
- Professional support for bulk procurement requirements
Call To Action
Looking for reliable curvature measuring instruments for physics laboratories, optical research facilities, engineering institutes, or educational institutions? Contact Micro Technologies today for bulk inquiries, institutional procurement, distributor partnerships, and customized quotations. Our team is ready to assist with technical specifications, pricing, and large-volume supply requirements.