ST1000 Non Contact Tonometer
ST1000 Non Contact Tonometer
Specification
| Intraocular pressure (IOP) measuring range | 1mmHg~ 30mmHg /1mmHg ~60mmHg ( precision of 1mmHg) |
| Measuring system | Dual sensor system of light and pressure |
| Working distance | ≥11mm |
| R/L | Automatic detection and display |
| Measuring result | 10 times per eye; 3 times result printing per eye |
| Recording | Build-in printer |
| Measuring mode | Auto/manual |
| Focus: when luminous spot is in the focus frame, 2 modes can be chosen. | Auto mode: auto intraocular pressure measurement |
| Manual mode: when it's good focus, the frame will turn yellow into green, and click to start the measurement | |
| Error indication | If the measurement signal is weak, the IOP will be enclosed by ( ), or display "ERR " |
| Safety limit button | Install measurement for minimum distance between head and patient |
| Safety functions | The distance between air nozzle and cornea is controlled in preset range(such as 11mm); it will stop going forward when the cornea is too closed to air head. |
| Movement range | ≥30mm(front to back)/ 90mm(left to right)/ 30mm(vertical) |
| Jaw layer vertical movement: | 0~65mm with under jaw layer |
| Display mode | 10.1-inch HDMI color LED touch monitor |
| Output port | USB2.0 |
| Working platform | Electric elevating platform |
| Packing Size/N.W | 380 mm (L) x 460mm (W) x 505mm (H)/19.7kg |
| Power supply | 220V/50HZ |
| Note | With development of technology, specifications and design are subject to change without notice |
Product features Auto tonometer utilizes image control and feature recognition for auto 3-D positioning of xyz with reliable judgment and measurement results, and easy to operate. The air non-contact approach to measure IOP can also be used for corneal thickness (ST-1000P).
Performance Features
♦ Auto 3-D positioning of xyz results in precise and reliable measurement
♦ Full-auto measurement for both right and left eye data without manual switch
♦ Easy to operate the tonometer with color touch monitor
♦ Stable data of IOP through soft air measurement
♦ To compensate corneal thickness measurement of IOP
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