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Traditional laser technology is challenged by novel materials and requirements for ultra-small marking, where issues at the micro-scale include the quality of the mark to ensure a high level of readability.
With regard to processing tough to mark materials, such as polymers, transparent materials like glass and diamond, as well as semiconductor device materials like silicon and epoxy mould compounds, IPG’s technique is well suited.
These materials allow for the easy processing of very short data codes with very high feature quality. Advanced laser processing workstations from IPG are offered in setups that are ideal for very accurate micro-marking.
The Dual Laser System combined with a Laser Marking Module or another laser and scanning combination can be a very effective option for production operations where marking or serialisation is required concurrently with another micromachining phase.
A concentrated light beam is used in laser marking to leave marks on the surface of a material. The surface of the material is where the beam interacts, changing the substance’s characteristics and appearance.
The laser marking machine can produce precise, high-quality, high-contrast marks that are simple to read or scan on almost any surface thanks to this concentrated beam that only focuses on a certain area.
Laser marking is the best option because of this characteristic for situations where success depends on accuracy and permanence.
The Global Ultrafine Laser Marking machine market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
SLTL’s Ultra laser marking systems always guarantee the highest levels of safety and ergonomics. Medical device makers face a challenge when it comes to labelling medical products with ultrasonic technology.
Benchmark Laser Marking systems are made by SLTL Group. SLTL has been working ahead of schedule with a variety of laser marking equipment that are distinguished based on the application. The sophisticated equipment can brand all kinds of materials, including non-metals and metals.
There are countless marking applications, including marking/engraving, coloured marking, rotary marking, hallmarking, printing, coding, and traceability, to name a few. Amazingly, it imprints on everything from little to massive components.
The ability to code high resolution logos for trademark protection, Barcodes or QR codes, as well as mfg dates, batch codes, lot numbers, expiration dates, and other information, is provided by laser marking machines. These machines also enable high speed, permanent marking.
High Definition Fibre Laser Marking and CO2 Laser Marking Permanent marking having the capacity to print numerous different codes.
