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Cold Start

AVIA NX nanosecond laser

AVIA NX nanosecond laser

…inside a laser tool. Additionally, warm up time is minimized in the AVIA NX due to this thermal isolation (<15 min from standby; <45 min from cold start). Lastly, laser placement repeatability is maximized with the three-point mount. This means minimal downstream beam train alignment is required…

RAPID NX Laser

RAPID NX Laser

…to Pk variation of the rolling average power (average power measured every 30 seconds and averaged over 5 minutes) Warm up time Cold start: < 15 minutes Warm start: < 10 minutes CW leakage < 5% output power Long-term pointing stability at fixed rep-rate < ±25 µrad Over 8 hours Pulse control Process…

RAPID FX

RAPID FX

…pulses Pulse Stability (pk- pk) <6% 100 kHz single pulse Average Power Stability (RMS 2s) (over 8 hours) <2% Warm-up Time (cold start) <45 min Warm-up Time (warm start) <30 min Pulse Control Process pulse picker as standard to deliver dynamic pulse control Output Attenuation Process pulse picker…

AVIA LX 355-20 Laser

AVIA LX 355-20 Laser

…inside a laser tool. Additionally, warm up time is minimized in the AVIA LX due to this thermal isolation (<5 min from standby; <20 min from cold start). Lastly, laser placement repeatability is maximized with the three-point mount. This means minimal downstream beam train alignment is required…

Materials Processing & Industrial Applications

Materials Processing & Industrial Applications

…the laser beam joins two materials by passing through the first transparent heating up the second absorptive joining partner. The latter one starts to heat up and melt. At the same time heat is transferred to the first partner and the two parts are joined. Related Products MPS Compact ExactWeld…

Avia preinstall.book

Avia preinstall.book

…installation as follows:
1. Connect power supply to facility power.
2. Perform the cold start procedure located in Section Three,
Operation, within the operator's manual.
3. After the cold start procedure, always keep the laser in
STANDBY mode when not in operation. This is…

Paladin Advanced Preinstallation.book

Paladin Advanced Preinstallation.book

…Hz to 2 MHz) < 1% (rms)
Long-term Power Stability < ± 2%
Maximum Warm-up Time < 15 min. from standby
< 1 hour from cold start
Static Tolerances (Reference from feet of the laser)
Beam Position: < ± 0.5 mm (x,y)
Beam Angle: < ± 2.5 mrad
(1) Power…

COHR DIAMOND Cx-10 DS 0118 1.pdf

COHR DIAMOND Cx-10 DS 0118 1.pdf

…0.05 9.3 ± 0.05
CW Rated Power1 (W) 120 100 80
Typical Output Power1 (W) >135 100
Power/Volume2 (mW/cm3) 15.23 12.69 10.16
Cold Start Power Stability3 (%) ±4
Power Stability4 (%) ±2
Typical Pulse Fall Time5 (µsec) 60
Beam Quality (M2) 1.2
Beam Diameter (mm)…

COHR AVIA LX UV DS 0818 3.pdf

COHR AVIA LX UV DS 0818 3.pdf


Pulse Energy Stability (%) (RMS) <4
Power Stability (%) (RMS, 2s) (over 8 hours) <2
Warm-up Time (minutes)
Cold Start
Warm Start
<20
<5
Head Weight 12.5 kg (27.5 lbs.)
External Comms RS-232, Ethernet, USB
Power Consumption (W) (VAC)…

2016-Ultrafast-Laser-Systems-Catalog.pdf

2016-Ultrafast-Laser-Systems-Catalog.pdf

…(rad/°C) <25
Pulse Energy Stability (%)(RMS) <2
Power Stability (%)(RMS, 2s) <2
Warm-up Time (minutes)
Cold Start <45
Warm Start <15
Long-term Pointing Stability at Fixed Rep-rate (rad) ±25 over 8 hours
1 All specifications at full energy and…

COHR Monaco1035 DS 0318 5.pdf

COHR Monaco1035 DS 0318 5.pdf

…(µrad/°C) <25
Pulse Energy Stability (%) (RMS) <1.5
Power Stability (%) (RMS, 2s) <1.5
Warm-up Time (minutes)
Cold Start
Warm Start
<45
<15
Long-term Pointing Stability (rad) ±25 over 8 hours
Head Weight 50 kg (110 lbs.)
External Comms…

COHR Monaco517 DS 0318 4.pdf

COHR Monaco517 DS 0318 4.pdf

…(µrad/°C) <25
Pulse Energy Stability (%) (RMS) <1.5
Power Stability (%) (RMS, 2s) <1.5
Warm-up Time (minutes)
Cold Start
Warm Start
<45
<15
Long-term Pointing Stability (rad) ±25 over 8 hours
Head Weight 50 kg (110 lbs.)
External Comms…