parameter specifications
| MODEL | Keratron™ Piccolo |
|---|
CONFIGURATIONS
| Portable | easly mounted on any slit lamp |
|---|
VIDEOKERATOSCOPE
| Area of analysis | 10mm x 14 mm (visible on the monitor) |
|---|---|
| Keratoscope cone | 28 border mires, equally spaced on a 43D sphere |
| Analysed points | over 80,000 |
| Measured points | 7,168 |
| Corneal coverage | from 0.33 mm (minimum diameter on a 43D sphere) up to 11mm on a normal eye |
| Measured area | 90% of the corneal surface (normal eyes) |
| Dioptric power range | +/-From 1 to over 120D |
| Resolution | ± 0,01D – 1 micron |
| Focusing device | Eye Positioning Control System EPCS (patented) automatic acquisition with decentration correction |
| TVcamera | C.C.I.R. |
| Other features | tiltable mires cone (0°-10°) |
| Weight | 1 Kg approx. |
| Accessories included | calibration set, Scout software |
COMPUTER (RECOMMENDED MINIMAL FEATURES)
| Operating system | MS Windows 7/8/10 (32 e 64 bit) |
|---|---|
| Processor/Memory | Intel I3, 2GB RAM |
| Disks | Internal 180 GB HD, CD-ROM |
| Monitor | Super VGA color monitor 14″, 1024×768 points 16 millions color |
| Printer | Color printer |
| Port | USB 2.0 High speed |
SOFTWARE
| Dioptric scale | Absolute, Normalized, Adjustable |
|---|---|
| Keratometric values and indices | K-readings, Meridians, Hemimeridians, Maloney Indices, Eccentricity, CLMI keratoconus indices |
| Pupil | border detection, diameter and decentration |
| Zones and grids | 3,5 and 7 mm, othogonal axis or millimeter grid |
| Maps | local curvature, axial curvature, wavefront OPD or wavefront error (Wfe) refraction map with 3D insert |
| Move axis | position of the axis selectable as corneal vertex, pupil center on any other choice |
| print screen with header of the institution, or personalized print templates | |
| Special functions | profiles, difference, repeatability check, maps comparison, caliper, refraction calculator |
| Image acquisition and movies | enabled with TV camera mounted on a slit lamp and video capture board (not included) |
| On-line help | on-line multi language help detailed for all functions |
| Contact lens | fluorescein pattern simulation of most of international contact lens manufactures geometries tilting to simulate lid pressure lens displacement in any position eccentricity measured at 6 and 8 mm, over-refraction calculator personalized auto-fit for customized lens adjustable clearance scale link to third party software |
| Internet connection | maps can be sent as attachments to e-mail messages |
| Local network and database | management of one or more indipendent databases shareable in a network |
ACCESSORIES
| Base | power supply for videokeratoscope, footswitch interface |
|---|---|
| Far mires come | for deep set eyes. 28 mires are 3mm more recessed than standard cone |
| Base joystick | with table and chin rest |
REGULATORY
| Regulatory conformity | Directive on medical devices 93/42/EEC |
|---|---|
| Technical standards: | EN 60601-1 EN 60601-1-1 EN 60601-1-2 |
ENVIRONMENTAL SPECIFICATIONS
| Storage | temperature range between -10°C and +60°C humidity 0-100% (condensation included) atmospheric pressure from 500 to 1060 hPa |
|---|---|
| Operating | temp. range between 0°C and +40°C humidity 0-90% (non-condensing) atmospheric pressure from 700 to 1060 hPa |
ELECTRICAL SPECIFICATIONS
BASE
| Input voltage | 90÷264 V AC |
|---|---|
| Frequency | 50/60 Hz |
| Power consumption | 16VA |
| Fuses | 100/240 Vac 3.15A TH |
KERATRON™ PICCOLO
| Input voltage | 10-11 Vdc supplied by the Base |
|---|---|
| Power Consumption | 12 VA |
