XYClone® Research Laser
Description
The XYClone® fixed lasers and the XYRCOS®, XYRCOS® DTS (dynamic targeting system) moveable lasers can be used for:
- Assisted Embryo Hatching
- ICSI
- Cloning/SCNT (Somatic Cell Nuclear Transfer)
- Cell and Tissue Ablation
- Embryo biopsy (trophectoderm, blastomere)
- Inner Cell (ICM) Isolation
- Embryonic Stem (ES) Cell Injection
Features
The legacy XYClone is a laser without RED-i or staccato features.
Specifications
| Laser | 1460 nm, Infrared Solid-State Diode, Class 1 laser product 40x objective compatible with most inverted microscopes |
| Laser Power | 300 mW (Class I) |
| Laser Modes and Pulse Duration |
Adjustable pulse length determines size of ablated area Single mode: 1 – 3000 μs Double mode: 1 – 3000 μs Staccato mode (XYRCOS® only): Pulse length : 1 – 3000 μs CW (optional): Allows non-pulsed laser application over a long duration of time. Maximum power: 30%, Maximum Total Duration: 60 seconds |
| Laser unit dimensions (HxWxD) | XYClone: 42mm x 28mm x 54mm |
| PC System Requirements | Windows desktop or Laptop Operating systems: Windows 7, Windows 8, Windows 10 |
| Power Requirements | Operating Voltage (power supply) 100 – 240 VAC RMS |
Software
These lasers come equipped with the user-friendly HT Laser 6 software.
Clean and intuitive design with modernised software interface. Quick-select between laser modes and objectives for maximum efficiency. Review captured images and videos in the gallery.
Isotherm Rings for Temperature Indication
The Isotherm Rings appear on the screen as a series of six concentric circles of varying colours. This safety feature indicates the drill hole size and the maximum temperature reached at the ring diameter. The Isotherm Rings automatically adjust for every power and pulse time combination.
High Resolution Digital Camera
View embryos in full screen and enhanced resolution with the integrated digital camera.
Integrated Database
Store sample details and images to database. Improve workflow with the ability to quickly select sample information for future procedures.