Goldmann-Type Applanation Tonometer for Accurate Intraocular Pressure Measurement
Product Specification Sheet
Goldmann-Type Applanation Tonometer for Accurate Intraocular Pressure Measurement
Model Number: MTH-291
The Applanation Tonometer from Micro Technologies is a high-precision ophthalmic instrument designed for accurate measurement of intraocular pressure (IOP). Widely used for glaucoma screening and diagnosis, it ensures reliable and consistent results. Ideal for hospitals, eye clinics, and diagnostic centers, this device supports advanced eye care and clinical efficiency.
Product Specification
The Goldmann-Type Applanation Tonometer for Accurate Intraocular Pressure Measurement is an essential diagnostic tool for ophthalmologists. Manufactured by Micro Technologies, this device is engineered to deliver precise and dependable IOP measurements for effective glaucoma detection and monitoring.
The Applanation Tonometer operates on the principle of flattening a small area of the cornea to measure intraocular pressure accurately. Its advanced optical and mechanical design ensures high reliability and repeatability, making it a preferred choice in clinical practice.
Designed for seamless integration with slit lamps, the Applanation Tonometer offers ease of use and efficient workflow during eye examinations. Its robust construction ensures durability and long-term performance in busy healthcare environments. Ideal for hospitals, clinics, and research institutions, this device enhances diagnostic confidence and patient care. Contact Micro Technologies today to request a quote or explore bulk procurement options.
Features
- Goldmann-type applanation mechanism for precise IOP measurement.
- High-accuracy optical system for reliable readings.
- Compatible with slit lamp setups for integrated examination.
- Smooth and stable operation for consistent results.
- Durable construction for long-term clinical use.
- User-friendly design for easy handling.
Benefits
- Accurate Glaucoma Screening: Provides precise intraocular pressure readings.
- Enhanced Diagnostic Confidence: Reliable results support better decisions.
- Operational Efficiency: Integrates easily into routine eye exams.
- Ease of Use: Simple operation reduces training requirements.
- Long-Term Value: Durable and low-maintenance design.
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Applanation Tonometer |
| Model No. | MTH-291 |
| Type | Ophthalmic Diagnostic Instrument |
| Material | High-Quality Optical and Metal Components |
| Size / Model | Slit Lamp Mounted |
| Usage | Intraocular pressure measurement |
FAQs
What is an applanation tonometer used for?
An applanation tonometer is used to measure intraocular pressure (IOP), which is essential for diagnosing and monitoring glaucoma and other eye conditions.
How does this device ensure accurate readings?
It uses the Goldmann applanation principle, which is considered the gold standard for IOP measurement. This method provides highly accurate and consistent results.
Is the tonometer compatible with standard slit lamps?
Yes, it is designed to be mounted on standard slit lamps, making it easy to integrate into existing ophthalmic setups.
Is the device suitable for routine clinical use?
Yes, it is built for continuous use in hospitals and clinics, offering durability and reliable performance over time.
Does Micro Technologies provide installation and support?
Yes, Micro Technologies offers installation assistance, training, after-sales support, and bulk procurement options for healthcare institutions.
Why Choose Our Products
- Quality: Designed to meet advanced ophthalmic standards.
- Durability: Built with robust materials for long service life.
- Accuracy & Performance: Ensures precise and reliable IOP measurement.
- Usability & Support: Easy-to-use design with dependable customer assistance.
Call to Action
Ensure accurate glaucoma diagnosis with our applanation tonometer. Request a quote today or contact us for bulk orders and customization options—trusted by professionals for precision and reliability.