Applied Material
①Various metal raw materials, such as iron, copper, aluminum, steel, and other hard metal materials.
②Some non-metallic materials, such as plastic types PU, PV, PC, and electric wood.
③Surface coating products, including nickel plating, zinc plating, titanium plating, aluminum oxide, etc.
Applied Industry
※Sanitary ware industry
※Medical equipment industry
※Eyewear and watch industry
※Automotive parts industry
※Plastic paper industry
※Electronic hardware industry
※Fields that require high levels of depth, smoothness, and precision
Other
①The laser marking software, which utilizes a shared software for marking and rotating workstations, is considered one of the most advanced marking software in the domestic market.
②This software, based on a user-friendly Windows operating interface, allows for easy editing of any text or graphic design. With a certain level of computer literacy, users can become proficient in just 30 minutes:
•Simply input the parameters to easily and quickly replace or edit standard and non-standard types of gauges.
•It can directly convert various format files from Autocad and CorelDRAW.
•The software allows separate settings for the graphics or text to be marked, enabling layered marking with different marking parameters for different graphic elements in the same file, allowing control over the speed, depth, and effects of each individual marking.
•It can print barcodes and QR codes, including 128/25/39/93/EN-13 codes.
•Automatic serial number marking can be done directly.
•External: Connecting to a rotary fixture for side marking of cylindrical workpieces, it can mark vector patterns, Arabic numerals, and Chinese and English characters.
•Conveyor system integration: It can be integrated with conveyor systems to achieve higher marking speeds for continuous production lines.
•Input solution: It can be connected to input devices, enabling seamless data acquisition for error-free production.