en
id
sk
srp
swe
it
pt
ben
may
bel
nl
fra
th
vie
ru
jp
kor
de
arm
aze
bos
bul
bur
cs
dan
div
el
est
fil
fin
gle
glg
grn
heb
hi
hkm
hrv
hu
ice
kan
kin
lao
lav
lit
ltz
lug
mao
mlt
nep
nor
nya
ori
orm
per
pl
rom
san
som
spa
swa
tam
tr
ukr
urd
wel
xho
Raycus's RFL-A200D is a 200W continuous fiber laser, which belongs to Raycus's RFL series and is mainly used in industrial processing. The following are its core functions and roles:
1. Main functions
High power output: 200W continuous laser, suitable for precision processing and medium and low power demand scenarios.
Fiber transmission: Output laser through flexible fiber, easy to integrate into robotic arms or automation systems.
Stability and long life: Using semiconductor pump source and fiber technology, low maintenance cost and long life (typical value ≥100,000 hours).
Modulation control: Support PWM/analog signal external modulation to adapt to different processing needs (such as variable speed control of cutting and welding).
Compact design: small size, suitable for OEM integration into equipment.
2. Core application areas
Precision welding: thin metal sheets (such as batteries, electronic components), medical device welding.
Fine cutting: non-metallic materials (ceramics, plastics) or thin metal plates (≤1mm stainless steel/aluminum).
Surface treatment: cleaning, cladding, removal of oxides or coatings.
Marking and engraving: high-speed marking of metals/partial non-metals (need to be matched with a galvanometer system).
3. Technical advantages
Good beam quality (M²≤1.1): small focused spot, suitable for high-precision processing.
High electro-optical efficiency (≥30%): energy saving and reduced heat dissipation pressure.
Multi-interface compatibility: support RS232/RS485 communication, easy to automate control.
4. Typical industries
New energy: welding of power battery tabs.
3C electronics: welding of mobile phone components and sensors.
Automotive parts: wiring harnesses, small metal parts processing.
Notes
Material restrictions: 200W power is more suitable for thin material processing, and thick metals require higher power models (such as kilowatts).
System matching: It needs to be used with cooling systems (such as water coolers), processing heads and other components.
