Cost effective, no consumables required, high speed and accuracy, will mark any material (including hardened steel), no compressed air required.
Dot peen marking technology has made SIC Marking a world leader in industrial traceability.
E-Mark is a portable, battery-powered, and completely simple mobile marking gun! Thanks to its powerful 18V Lithium Ion rechargeable battery, the e-mark has no cables that could risk electric shock. Light and …
E-Smart is “ALL-IN-ONE”. It is designed to be easily integrated into the industrial environment thanks to its electronic controller located in the marking head. It can be mounted on a production line, robot island, test bench…
E-touch color touchscreen allows two-handed operation just like a smartphone. It can be used with or without gloves, making it perfectly suited for use in an industrial environment…
E-touch XL is equipped with a large color touch screen that allows easy icon-based programming. Its ergonomics offer two-handed input – just like a smartphone…
These robust, mountable marking machines do not sacrifice dot accuracy with their high speed and robustness. Equipped with an automatic Z-axis, the C153 will mark plastic or steel components with ease…
The internal components of the machine are protected by a solid steel casing, while the flexible bellows allow for continuous industrial use. Quality and accuracy are…
These are portable, handheld markers designed for use with the E10 controller. They are ideal for marking large, hard-to-reach parts, and their curved faceplate allows for firm marking on flat…
The EC1 marking device, produced by SIC Marking, is intended for marking materials with a hardness and density of up to 62 Hz. Materials that can be marked are metal, plastic, wood,… The EC1 device is a desktop model…
Dot peen permanent marking machines work by electromechanically striking the surface of the part being marked with a carbide needle. The result is a series of points for creating numbers, text, logos and codes of a 2D data matrix. Each such point is the result of a pulsed current passing through the solenoid, striking the magnet against the surface, and then returning the needle to its initial position, waiting for the next pulse. Since each pulse occurs for only a fraction of a second, the entire code of a 2D data matrix, for example, can be completed in a few seconds (depending on the size).
The frequency can be adjusted by controlling the movement speed of the X and Y axes. What makes SIC Marking dot peen marking systems so unique is the constant measurement of electrical current between each pulse. This allows constant, precise control of stroke consistency.
