Products Description
Special marking machine for product shells. General product shells have many requirements, some of which need to be precise, such as mobile phone chargers, mobile phone back shells, computer shells, product shells. Some requirements are not so high, and the materials generally include metal, plastic, glass, etc. wait. Generally we will recommend you to use our dedicated laser marking machine. Recommended according to customers' different usage requirements and level of sophistication or budget, they can be divided into three types: UV laser marking machine, MOPA laser marking machine, and fiber laser marking machine.
1. UV laser marking machine is a cold laser that does not generate heat and is friendly to the product itself. The printed product will not have a concave and convex feeling. Can hit plastic, glass, metal, etc.
parameter | SEAL | |||
Series model | 355-3 | 355-5 | 355-10S | 355-15S |
central wavelength | 355nm | |||
average power | > 3W@30kHz | > 5W@40kHz | > 10W@60kHz | > 15W@60kHz |
pulse width | < 15ns@30kHz | < 15ns@40kHz | 18ns@60kHz | |
frequency range | 20kHz-150kHz | 40kHz-300kHz | ||
spatial pattern | TEM 00 | |||
Beam quality | M2≤ 1.2 | |||
Spot roundness | > 90% | |||
Beam divergence angle | ≤ 2mrad | |||
Spot diameter | Non-expanded beam: 0.55±0.15mm | Non-expanded beam: 0.45±0.15mm | ||
Degree of polarization | > 100:1 | |||
polarization direction | level | |||
average power stability | RMS ≤ 3%@24hrs | |||
Pulse stability | RMS ≤ 3%@30kHz | RMS ≤ 3%@40kHz | RMS ≤ 3%@60kHz | |
working temperature | 0~40℃ | |||
Storage temperature | -15~50℃ | |||
Cooling method | water cooling | |||
Distribution needs | DC 12V | DC 36V | ||
average power consumption | <350W | |||
2. MOPA laser marking machine is different from the former UV, but it can achieve the same effect as UV laser marking machine by adjusting the pulse width, but it will generate heat. Can punch plastic, metal, etc.
parameter | unit | MOPA | ||
Series model | 20W | 30W | 60W | |
M2 | < 1.4 | < 1.5 | ||
Armor cable length | m | 2 | 3 | |
average output power | W | > 20 | > 30 | > 60 |
Maximum pulse energy | mJ | 0.8 | 1.5 | |
Frequency adjustable range | kHz | 1 ~ 4000 | ||
pulse width | ns | 2 ~ 350 | 2 ~ 500 | |
Output power instability | % | < 5 | ||
Cooling method | air cooling | |||
Supply voltage | V | 24 | ||
Maximum power consumption | W | < 110 | < 150 | < 300 |
Ambient supply current | A | > 5 | > 7 | > 13 |
central wavelength | nm | 1064 | ||
Spectrum width@3dB | nm | < 15 | ||
polarization direction | random | |||
Is it anti-reflective? | yes | |||
Luminous flux diameter | mm | 7±0.5 | ||
Power adjustment range | % | 0 ~ 100 | ||
Operating temperature range | ℃ | 0 ~ 40 | ||
Storage temperature range | ℃ | -10 ~ 60 | ||
net weight | kg | 3.75 | 4.25 | 8.2 |
Dimensions (L×W×H) | mm | 245 × 200 × 65 | 325 × 260 × 75 | |
3. Fiber laser marking machine is mainly used for general product shells. The effect will have a concave and convex feeling and depth. Those who like this process can choose it. Can punch plastic, metal, etc.
pulsed fiber laser | 20QS+ | 30QS+ | |
Wavelength ( nm ) | 1064±5 | 1064±5 | |
polarization | random | random | |
Optical isolator | Yes | Yes | |
Average output power (W) | ≥20 | ≥30 | |
Single pulse energy (mJ) | 0.67 mJ@30KHz | 0.75 mJ@40KHz | |
Beam quality ( M2 ) | ≤1.6 | ≤1.6 | |
Spot diameter ( mm ) | 6～8 | 6～8 | |
Pulse width ( ns ) | 120～150@30KHz | 130 ～160@40KHz | |
Repetition frequency ( kHz ) | 30-60 | 40-60 | |
Output power adjustment range ( % ) | 10~100 | 10~100 | |
Output light separation length ( m ) | 3.2±0.2 | 3.2±0.2 | |
Operating voltage ( VDC ) | 24±1 | 24±1 | |
Input power (20 ℃ ) ( W ) | <200 | <240 | |
Refrigeration method | air cooling | ||
Dimensions W×D×H ( mm*mm*mm ) | 290*215*95 | 290*215*95 | |
Working temperature ( ℃ ) | 0～40 | 0～40 | |
Storage temperature ( ℃ ) | -10～60 | -10～60 | |
Humidity ( % ) | 30～85 | 30～85 | |
Tags:
Technical parameter
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