Laser Marking Machine
Suzhou OMA Printing Technology Co., Ltd. was established in 2011. It is a supplier dedicated to industrial inkjet printers, UV inkjet printers, Laser marking machines, and anti-counterfeiting traceability systems. Since its establishment, the company has used advanced domestic and foreign technologies to engage in the R&D and production of inkjet printing and laser marking equipment, providing customers with high-quality product identification solutions.
Why Choose Us
Our Factory
Our factory is located in the beautiful city of Suzhou, covering an area of more than 5,000㎡, equipped with production workshops, maintenance workshops, sample testing workshops, reception centers, etc.
Production Market
From 2011 to date, the cumulative sales volume has exceeded 20,000 units machines, and the annual sales amount in 2023 exceeded 10,000,000 USD. UV inkjet printer sales lead in eastern China and have distributors in many countries.
Product Application
Widely used in hundreds of industries with a demand for marking, such as pipes, profiles, food, beverages, pharmaceuticals, cables, electronics, automobiles, etc
Excellent Team
Our engineer team has more than 30 people, responsible for R&D, production, testing and after-sales.
Advantages of Laser Marking Machine
Permanent Marks
Laser marking machines mark permanently. The marks cannot be rubbed off or fade away through time or exposure to contaminants.
Fast Marking
Laser marking can be a quicker and more efficient marking process than chemical etching and inkjet printing. Chemical etching requires many steps that can last days, and laser marking happens instantaneously. Inkjet printing/labeling has consumables and replacement parts that can slow down the process and often lead to downtime—laser marking technology does not.
Versatile Use
Purchasing laser marking technology is an addition to your toolbox beyond just a basic marking system. Laser marking machines are effective on a range of materials, sizes, industries, and processing methods.
Precision And Accuracy
Laser marking offers unparalleled precision and accuracy in marking various surfaces. The laser beam is extremely fine and can create very small, intricate designs and markings that would be impossible to achieve with other methods. This makes it ideal for marking small parts, including those with complex geometries.
Automotive Industry
The automotive industry uses numerous smaller parts that are joined together to make big vehicles. Clear marking and labeling of these parts are essential. They need serial numbers and model numbers on direct parts of products.
Electronics
Electronic Industry uses both small and big parts of different materials. These parts can be non-metals like devices and —- that need warnings, numbers, and other information.
Aerospace Industry
Industries like aerospace must assemble numerous small to big parts of different materials. There are aircraft components and turbine blades that require unique serial numbers and other information for joining these parts.
Jewelry Making
Laser engraving can be useful to transfer designs on delicate surfaces. They can transfer designs, color contrasts, and other types of ornament on stones and metal jewelry.
Medical Devices and Tools
The medical industry is another sector that can use different devices, tools, implants, and surgical instruments. Clear and permanent marks on these tools are important. They can be made of plastic or high-quality metal.
Packaging
The packaging industry is another industry that can use laser marking machines. These machines can transfer all the information relating to the product on packages, including serial numbers, bar codes, warnings, product information like ingredient lists, or how-to-use information.
Manufacturing
Almost any manufacturing industry must transfer logos, images, or marketing content to their products. These products are easier to transfer to different products. Then there is often furniture or other products that require assembling. These products need to have clear and accurate information on the product surface.
Components of Laser Marking Machine
Galvo Scanner System
The galvo scanner system, also known as a galvanometer scanner, plays a crucial role in precisely controlling the laser beam's position and movement. It consists of two mirrors, the X-mirror and Y-mirror, responsible for directing the laser beam to specific locations on the workpiece. Laser marking machines typically incorporate digital galvo scanners with a spot size typically around 10mm.
F-theta Scan Lens
The F-theta scan lens, also called a flat field focusing lens, is essential for focusing the laser beam onto a flat plane. It ensures consistent and accurate laser marking by converging the beam precisely on the workpiece surface.
Laser Locator (Laser Pointer)
Laser locators, emitting visible red or green light, guide the laser beam's path. Since the 1064nm laser beam is invisible, these locators align visible laser light (typically at 650nm) with the invisible laser beam, enabling operators to visualize the marking path accurately.
Laser Xenon Lamp and Laser Krypton Lamp
Laser xenon lamps and laser krypton lamps serve as light sources for various laser equipment. They emit intense light pulses used in applications such as laser welding, spectroscopy, and powering solid-state lasers. Laser xenon lamps are typically employed in pulsed applications, while laser krypton lamps provide continuous illumination for solid-state lasers.is devoid of liquids and cleaned with dry, clean, and soft cloth.
Precautions When Using Laser Marking Machine
Adhere to Procedures
Operators must carefully review the operation manual prior to commencing laser marking operations to comprehend the equipment's structure and performance capabilities thoroughly. It is imperative to strictly adhere to startup procedures and observe safety protocols throughout the operation.
Personal Protective Equipment
During laser marking operations, operators must wear essential protective gear, with particular emphasis on wearing protective glasses when in close proximity to the laser beam. This precaution is crucial to safeguarding against potential eye damage caused by direct or reflected laser light.
Caution with Unknown Materials
Before laser processing, always verify that the material is suitable to avoid creating hazardous substances or fire risks.
Not Leave A Laser Marking Machine Unattended
It is reported that users of a certain brand have encountered fires caused by unattended machines, resulting in significant losses. Therefore, it is crucial to avoid leaving the machine unattended. If you must leave, remember to turn off the machine or disconnect the power supply to prevent accidents.
Keep Fire-fighting Equipment Ready
Ensure that fire extinguishing equipment is readily available in the workspace at all times. Avoid placing flammable materials near the laser beam. Remember to power off the laser when it's not in use.
Emergency Response
Know the location of emergency stop switches and be prepared to use them. In the event of any abnormalities, swiftly halt operations and power down the machine. Address issues promptly or contact technical support for assistance to ensure safety and prevent potential damage to equipment or materials.