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Integrated Fiber Laser Marking Machine with Raycus Laser,20W/30W/50W/100W
50W(200mm)
Unit cost
GTQ 33,868.00
/set
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GTQ 33,868.00
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Total Cost
GTQ 33,868.00
Amount
/set
1
Integrated Fiber Laser Marking Machine with Raycus Laser,20W/30W/50W/100W
The machine equip with software.
Fiber Laser Marking Machine mainly consists of four parts: fiber laser, galvanometer scanning system, computer control system and the worktable.
| Name | Origin (brand) | Remarks |
| Optical maser | Raycus | Long service life, high reliability, fine beam quality |
| Galvo mirror | Galvo-tech (digital) | Fine marking, more quick and high reliability |
| F-θ lens | Wavelength | High quality optical device |
| Board | bjjcz | 2.12.0 version |
| Marking software | Special marking Software (Ezcad2 software) | Powerful, simple and convenient operation, Auto-cad, CorelDraw, AI8.0, Photoshop software compatible form |
| Control cabinet | China | Optical fiber special cabinet, all the mold production, high seal |
Feature:
1. Optical Fiber Laser, environment friendly, easy maintenance.
2. Life of the laser can be up to 100000 hours.
3. Small volume and weight, less than 60KGS.
4. Easy operation software, compatible with PHOTOSHOP, CORELDRAW, AUTOCAD
5. Runs without consumable spare parts, no need maintenance, great for continuous working.
6. Computer System Requirements: Win7, Win8, Win10
| Specification Form | |
|
Model |
SIT-LMM-JK-I |
|
Fiber Laser Source |
Raycus |
|
Output Power |
20W/30W/50W/100W |
|
Laser wavelength |
1064nm |
|
Modulation frequency range |
20-100kHz |
|
Speed |
0-8000mm/s |
|
Precision |
0.001mm |
|
Minimum line width |
0.01mm |
|
Minimum height of characters |
0.05mm |
|
Cooling way |
Air cooling |
|
Marking range |
150x150mm/200x200mm |
|
Laser power supply |
0.5KW,220V/50Hz or 110V/60Hz |
|
Software |
Auto-cad, CorelDraw, AI8.0, Photoshop software compatible |
|
Graphic Format Supported |
AI / BMP / DST / DWG / PLT |
| Weight | 60KGS |
|
Computer System Requirements |
Win7,Win8,Win10 |
Details:
1.The galvanometer scanning system is made of optical scanner and servo control of two parts, the whole system adopts new technology, new material, new design and manufacturing.
2.The smallest volume, suitable for harsh environment, friendly interface, easy operation.
3.Adopts the high quality, high energy, high stability fiber laser source, prime precision optical galvanometer assembly and the industry’s top software.
4.Compact, lightweight, simple interface, flexible and adjustable processing direction.
5.The master switch, red light switch and galvanometer switch,
6.High precision scale
Application Industry:
Jewellery, Keyboards of cell phone, Auto parts, Electronic components, Electronic appliance, Communication apparatus, sanitary wares, buckles, kitchenware, Sanitary equipment’s, Hardware tools, Knife, Glasses, Clock, Cooker, Stainless steel products etc.
Application:
|
||
| Metal | Non-metal | |
| Aluminum | Makrolon Polycarbonate | |
| Stainless Steel | Black / White ABS | |
| Copper | Nylon | |
| Silicon Steel | Polysulphone | |
| Yellow Chromate Aluminum | Rynite PET | |
| Brass | Santoprene | |
| Nickel Plated Brass / Gold / Kovar / Steel | Sillicon Carbide | |
| Nickel Plated 1215 Mild Steel | Glass Filled PTFE Coated Fiberglass | |
| Hard Coat Anodized Aluminum | White PEEK | |
| Machine Tool Steel | Glass Filled PEEK | |
| Metal Plated Ceramics | Silicon Wafers | |
| Magnesium | Carbon Nanotube | |
| Molybdenum | Colored Delrin | |
| Carbon Fiber / Carbon Nano tube | GE Plastics Polycarbonate Resin 121-R | |
| Clear coat anodized aluminum | Polybutylene Terephthalate | |
| Cobalt Chrome Steel | ||
| Compacted Powder Iron / Iron Phosphate Coating | ||
1. Aluminum
Aluminum is one of the most commonly marked substrates, and we use it in many industries. Typically, with lighter marking intensity, aluminum will turn white. anodized aluminum looks good , but white marking is not ideal for bare and cast aluminum. More intense laser settings provide a dark grey or charcoal color. Each DLM fiber laser engraving machine is capable for aluminum marking. The ideal system for your application depends on your laser marking requirements. Ablation is the most common marking technique for anodized aluminum, but some people call for etching or engraving.
2. Brass and copper
Brass and copper have high thermal conductivity and thermal transfer properties. So we use it for wiring, printed circuit boards and pressurized flow meters. Their thermal properties are ideal for laser marking systems for metal because the heat is quickly dissipated. This reduces the impact the laser can have on the structural integrity of the material. Every DLM fiber laser engraving machine is capable of marking on brass and copper and the ideal system for your application depends on your marking requirements. The best marking technique depends on the finish of the brass or copper. Smooth surfaces can offer a soft polished marking affect, but also can do annealed, etched, or engraved. Etching or engraving is best in order to provide readability by humans and machines. In some cases a dark anneal can work, but surface irregularities can cause reduced readability.
3. Tungsten and Carbide
Tungsten and Carbide are two of the hardest metals on earth and are widely used in tooling and cutting applications. Another popular segment for these substrates is wedding bands for men. Tungsten and carbide are receptive laser marking metals and laser engraving metals. Each and every DLM Laser series is capable of marking on tungsten and carbide and the ideal system for your application depends on your marking requirements. For carbide, because of the darker color it naturally has, getting a contrasting mark is rather easy with even light laser intensity. A white color is most common when polishing or annealing carbide and the contrast is extremely good.
4. Chrome
Chrome plating provides a stylish and sophisticated finish, and usually requires minimal laser intensity to remove or get through the plating. we need take ensure the marking happens on the surface only, with no impact to the chrome plating.
