The introduction of In-Die Numbering Head technology offers a significant advancement. By replacing multi-step stamp changes with a fast, rotational wheel adjustment, manufacturers can reduce changeover time from minutes to seconds. This white paper outlines the limitations of legacy tooling and the operational advantages achieved by integrating modern numbering head systems directly into the die.
In the fast-paced world of metal parts production, precision and speed are critical. A leading industrial manufacturer faced challenges in marking metal sheets with a clear, durable 6-digit code while maintaining consistent production cycles. Standard cylinders were too slow and lacked the durability required for tough industrial environments. They needed a solution that could deliver fast, precise, and reliable markings without compromising on quality.
Efficient and reliable part traceability is essential for manufacturing operations, particularly in industries where compliance, quality control, and tracking are critical. Columbia Marking Tools’ Slide-A-Mark system offers a high-speed, low-noise solution for marking metal components with permanent codes.
Technical details and information link for the Model 78 Mite-E-Mark by CMT.
Columbia Marking Tools provides a complete turnkey roll marking solution for large gun barrels, capable of marking multiple lines of information with precision and efficiency. The 860FM-A43-20-R9S9 air-powered roll marking machine is designed to handle heavy-duty applications while maintaining high accuracy and repeatability.
This case study highlights the use of the 860 all-air roll marking machine for marking heavy-duty steel tubes. The objective was to achieve clear, durable markings across multiple lines, ensuring long-term traceability and identification.
This case study highlights the use of Columbia Marking Tools’ Model 860 all-air roll marking machine to mark 3 1/4″ steel exhaust tubes in an automotive application. The goal was to achieve precise and consistent part identification while maintaining efficiency in a high-production environment. Extra depth with dot-style characters.
This case study highlights the use of the IM-C air scribe stepper for marking hard steel parts. The objective was to achieve precise, durable circular text markings while ensuring a cost-effective solution compared to laser marking. The system utilizes a ball screw drive with high-torque stepper motors and a diamond scribe for clear and permanent markings.
This case study highlights the use of the IM-C air scribe stepper for marking gun parts. The objective was to achieve precise, durable OCR font markings while ensuring high efficiency and accuracy using ball screw drive high-powered stepper motors.
This case study highlights the use of the YVO4 15-watt laser for marking automotive seat tracks. The objective was to achieve high-precision, legible markings while ensuring efficient production times and maintaining the integrity of the part surface
