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RX Series – All In One (AIO) Picosecond Laser from Photonics Industries

RX Series picosecond lasers are all-in-one (AIO) and do not require a separate controller or utility module. All connections for operation and control of the laser can be found on the back panel of the AIO laser.

STANDARD PICOSECOND LASER
RX1 Series Low Power Picosecond Lasers
RX1 Series low power picosecond lasers offer high performance, high precision, and robust form factor for the most demanding industrial as well as scientific applications.

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Overview

RX Series – All In One (AIO) Picosecond Laser from Photonics Industries
RX Series picosecond lasers are all-in-one (AIO) and do not require a separate controller or utility module. All connections
for operation and control of the laser can be found on the back panel of the AIO laser.
STANDARD PICOSECOND LASER
RX1 Series Low Power Picosecond Lasers
RX1 Series low power picosecond lasers offer high performance, high precision, and robust form factor for the most
demanding industrial as well as scientific applications.

Specifications

Models	IR		GRN		UV
Models	RX1-1064-10	RX1-1064-35	RX1-532-5	RX1-532-20	RX1-355-3	RX1-355-10
Wavelength	1064 nm		532 nm		355 nm
Output Power	10 W	35 W	5 W	20 W	3 W	10 W
Pulse Width	~10 ps		~7 ps		~7 ps
Pulse repetition rate	Single shot to 2 MHz (option up to 15 MHz)
Pulses to-pulse stability⁴	< 2% rms	< 1% rms	< 2% rms		< 2% rms

Key Feature

- Wide Range of Wavelengths: 1064 nm, 532 nm, 355 nm, MWB, MWS, & 266 nm options on request.
- Output power: Up to 35 W IR, 20 W GRN, or 10 W UV.
- Short Pulse Laser: ~10 ps for IR, ~7 ps for Green & UV, option up to ~30 ps available.
- High Repetition Rates: Options up to 8MHz or ~32 MHz.
- High Single Pulse Energy: Up to >250 µJ at 100 kHz (RX1 IR models).
- Highest Efficiency with Lowest Power Consumption: < 400 W typical.
- High Repetition Rates: Options up to 8MHz or ~32 MHz.
- Excellent TEM00 Beam and Pointing Stability: Typical M2 < 1.2; < 20 μrad.
- Exceptional and Versatile Pulse Control:

- PEC (Power or Pulse Energy Control).
- PSO (Position Synchronized Output) mode for external triggering to any arbitrary PRF while maintaining a constant, stable pulse energy with low jitter.
- Burst Mode for individually controllable pulses in burst envelopes of up to 10 pulses with intra-burst pulse separation of ~31 ns.
- POD (Pulse-On-Demand) pulse bursts can be triggered internally, externally, or continuously, while maintaining constant pulse energy.

Applications

Cutting/Drilling/Scribing Thin Metal/Metal Foil, Ceramic, Glass, Ultra Thin Glass (UTG), Plastic, Glass-reinforced Plastic.
Flat Panel Display, LCD/LED/OLED Repair/Microprocessing.
Ink-Jet Nozzle Hole Drilling, Laser Milling Ink-Jet Nozzle Holes, Laser Ablation Ink-Jet Nozzle Holes.
Brittle Material Microprocessing.
Medical Stents, Medical Device Laser Microprocessing.
Low-κ Dielectric Wafers, Silicon Wafers, Flexible Printed Circuit Boards (FPCB), Printed Circuit Boards (PCB) Microprocessing.
Hydrophobic Material Manufacturing, Hydrophilic Material Manufacturing, Ultrafast Laser Assisted Etching (ULAE) Systems.

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