-
Read moreQuick ViewPACHETTE 4
GLOBAL LEADER IN DESKTOP
PACHYMETRYThe Pachette 4 is globally recognized as the leading portable, desktop pachymeter. It’s designed for performance, portability and convenience. Turn on power, contact the probe tip to any location on the cornea, including the periphery, and the Pachette 4, using DGH’s proven measurement algorithm, will obtain accurate, reproducible measurements in a fraction of a second. The angled probe is detachable and can be sterilized, making the Pachette 4 perfect for intra-operative use. Clinical applications for corneal thickness measurements include preoperative evaluation of laser correction procedures, CCT measurements for glaucoma screening, accurate monitoring of keratoconus treatment, and in the general assessment of corneal health related to pathologies.
Read moreQuick View -
Read moreQuick ViewPACHMATE 2
GLOBAL LEADER IN HANDHELD PACHYMETRY
The Pachmate 2 is globally recognized as the leading handheld pachymeter. It’s designed for performance, portability and convenience. Turn on power, contact the probe tip to any location on the cornea, including the periphery, and the Pachmate 2, using DGH’s proven measurement algorithm, will obtain accurate, reproducible measurements in a fraction of a second. Exclusive, innovative features include a probe that is both detachable and retractable. Clinical applications for corneal thickness measurements include preoperative evaluation of laser correction procedures, CCT measurements for glaucoma screening, accurate monitoring of keratoconus treatment, and in the general assessment of corneal health related to pathologies.
Read moreQuick View -
Read moreQuick ViewSCANMATE A
A UNIQUE ULTRA-PORTABLE A-SCAN
The innovative DGH 6000 A-Scan (Scanmate A) offers clinicians an unmatched level of usability and accuracy. Unique measurement guidance features assist in achieving optimal measurement values. These features allow the user to focus on application technique while the device’s software performs real-time waveform analysis and provides immediate feedback to the user.
The DGH Software supports multiple IOL formulas, including post-refractive formulas. A-Scan measurements can be taken via direct corneal contact or via water immersion method (Prager Shell® included).
Read moreQuick View -
Read moreQuick ViewSCANMATE B
THE ULTRA-PORTABLE B-SCAN
The DGH 8000 B-Scan (Scanmate B) combines the most advanced ultrasound technology available with the processing power, data storage and connectivity advantages of a personal computer. The DGH 8000 is equipped with dual 12.5 MHz and 15 MHz frequencies in the same probe, which results in a unique depth selection range from 3 cm and 6 cm in 12.5 MHz mode and 5 cm and 10 cm in 15 MHz mode.
It is a self-contained portable imaging system that interfaces with a Windows® computer via a USB 2.0 port. High resolution video loops and still images are obtained rapidly, and post processing features include playback, gain adjustment, contrast and image intensity variation, distortion-free zoom, distance, angle and area measurement and annotation tools. Patient data can be stored on a local computer or on a centralized network location where it can be accessed by multiple users. Patient records are fully searchable and can be exported in a format that is compatible with EMR/EHR systems.
Read moreQuick View -
Read moreQuick ViewSCANMATE FLEX
THREE PROBE OPTIONS, ONE POWERFUL PLATFORM
Maximize your technology investment by configuring the Scanmate Flex to meet your needs
The Scanmate Flex, a portable, ophthalmic ultrasound platform, is the perfect product to enhance your practice’s diagnostic capabilities. The Flex provides any desired combination of A-Scan, B-Scan, and UBM. Its hallmark is flexibility.
A-Scan
The Flex A-Scan uses DGH’s proven alignment algorithm to obtain repeatable and accurate axial length measurements. The IOL calculator is easy to use and includes most modern and post refractive formulas.
B-Scan
The redesigned B-Scan Probe, new with the Flex, provides clear imaging of the posterior segment of the eye, even when optical clarity is compromised.
UBM
The Flex UBM probe is indispensable when obtaining high resolution images of the anterior segment of the eye, including images of structures concealed by the iris or corneal opacities.
Read moreQuick View -
Read moreQuick View
SCANMATE FLEX
THREE PROBE OPTIONS, ONE POWERFUL PLATFORM
Maximize your technology investment by configuring the Scanmate Flex to meet your needs
The Scanmate Flex, a portable, ophthalmic ultrasound platform, is the perfect product to enhance your practice’s diagnostic capabilities. The Flex provides any desired combination of A-Scan, B-Scan, and UBM. Its hallmark is flexibility.
A-Scan
The Flex A-Scan uses DGH’s proven alignment algorithm to obtain repeatable and accurate axial length measurements. The IOL calculator is easy to use and includes most modern and post refractive formulas.
B-Scan
The redesigned B-Scan Probe, new with the Flex, provides clear imaging of the posterior segment of the eye, even when optical clarity is compromised.
UBM
The Flex UBM probe is indispensable when obtaining high resolution images of the anterior segment of the eye, including images of structures concealed by the iris or corneal opacities.
Read moreQuick View -
Read moreQuick View
SCANMATE FLEX
THREE PROBE OPTIONS, ONE POWERFUL PLATFORM
Maximize your technology investment by configuring the Scanmate Flex to meet your needs
The Scanmate Flex, a portable, ophthalmic ultrasound platform, is the perfect product to enhance your practice’s diagnostic capabilities. The Flex provides any desired combination of A-Scan, B-Scan, and UBM. Its hallmark is flexibility.
A-Scan
The Flex A-Scan uses DGH’s proven alignment algorithm to obtain repeatable and accurate axial length measurements. The IOL calculator is easy to use and includes most modern and post refractive formulas.
B-Scan
The redesigned B-Scan Probe, new with the Flex, provides clear imaging of the posterior segment of the eye, even when optical clarity is compromised.
UBM
The Flex UBM probe is indispensable when obtaining high resolution images of the anterior segment of the eye, including images of structures concealed by the iris or corneal opacities.
Read moreQuick View