Space-saving, energy-saving fiber laser handy welder equipped
Forms continuous, smooth beads by continuous CW output.Its waveform controls widens pulses width which enables to weld various materials.
Its real-time power feedback improves the reproducibility of welding schedules, stabilizes welding performance and increases oscillation efficiency.
In addition, it requires no chiller, reducing power consumption.
Because Oscillator mirror and Flash lamp unnecessary,Running cost has been significantly reduced.
◆90% reduced of power consumption compare with "conventional 600W model "
◆Fully air-cooling reduces consumable parts
◆Real time power feedback feature enables stable processing
◆Controllable waveform function enlarges adaptability for high reflectance materials
◆Equipped the optical isolator as standard to prevent from optical damage to oscillator *1
◆User friendly light weighted handy torch
◆User friendly wireless helmet *2
*1: Not protection for optical damage on the fiber
*2: Wired helmet for CE complied model
▶ Equipment layout block diagram
*3: Reasons why there is a relay box
· Easy replacement of protective cable when it is burnt by spatter, etc.
· The feed ports of cooling air and two shielding gases are switched in the box to reduce the time for the selected shielding gas to come out of the torch.
*4: Light-shielding partition is optional.
- Food processing machine component
- Railroad-related products
- Sheet metal for various housing
- Precision sheet metal parts
TIG welding, tack weld before brazing etc.
Types of tip (L-type, straight-type) Built-in protective glass
(Straight type is optional)
460 g (L-type mounted)
395 g (Straight-type mounted)
|Shield gas||Argon, nitrogen|
Manually select among 90 types
(waveform No. 0 – 120)(waveform No. 0 – 74: standard conditions configured)
① Stand for hand-held torch: x 1
② Protective gloves (leather): 1 set
③Protective gloves (conductive fiber): 5 sets
④ Protective glass (Φ12 mm, 2 mm thick): x 10
⑤ Nozzle (Carbon, outer Φ7 mm, inner Φ5 mm, 20 mm long): x 50
⑥ Nozzle (Carbon, outer Φ7 mm, inner Φ5 mm, 12 mm long): x 10
⑦ Dust mask: 20
⑧ Simple clean booth: 1 set
NOTE) Do not weld laser beam high-reflectivity workpieces such as titanium and copper.
Otherwise, a burn may be caused by strong reflected beams.
Maximum rated output
Maximum peak power
Minimum (power feedback ON): 1.000kW
Minimum (power feedback OFF): 600W
Minimum (power feedback ON): 100W
Minimum (power feedback OFF): 60W
|Pulse width||REPEAT mode||
Standard: 0.2–50.00 ms (0.1ms steps)
[Energy (J)] x [Repetition (pps)] = 600 W or less However, the pulse energy is 60 J or less and the DUTY is 50% or less.
Note: When using the output waveform of 1.200 kW, the pps value is limited to keep the average power below 600 W. As a result, the duty ratio becomes 50% or less. Also, when outputting a waveform with a shot (SHOT = 1), the READY signal is automatically turned off for certain time after laser output to keep the average power below 600 W, and the next laser start is not accepted.
|CW mode||Standard: 0.1–1000.0 s (0.1s steps)|
|Repeated number of pulse/modulation||1–1000 pps (REPEAT mode)|
|Modulation function||1–5000 Hz (rectangular wave, triangular wave, sinusoidal wave) (CW mode)|
|Safety shutter||With open/close sensor|
|Positioning guide beam||Built-in visible laser (Red)|
|Prevention of reflected beam||Built-in reflected beam sensor|
|Output stability||±2% or less@600 W per 4 hours (constant temperature)|
|Power Supply||Power Supply||Input power supply||Single-phase, 200 V to 240 V AC (+10%/-15%)|
|Max. input current||23A(200V), 21A(220V), 19A(240V)|
|Max. apparent power||3.8kVA|
|Breaker rated curren||30A|
|Weight||250kg or less|