Coimbatore, Tamil Nadu, India.
COUTH
COUTH, Spain
COUTH Industrial Marking Systems, S.L.U from Spain is the Global Leader in Industrial Marking and Traceability with over 50 years of experience. Thanks to their policy of constant innovation. Their cutting-edge technologies are protected by a range of international patents.
COUTH MC2000 new generation NC Dots Marking machines and Scribe Marking machines are available for both Standard and Deep Marking applications. The range of models include Standalone, Portable, integrable and combined Standalone cum Portable.
Dot Peen Marking
Dot peen marking machines is used to make deep, durable marks on a wide variety of materials, including metals, plastics and composites. This technique ensures that the marks are legible and wear resistant, meeting industry quality standards and regulations.
Marking by dot peen is in fact one of the variants of industrial marking used in the steel industry, specifically during the manufacture of ingots, bars and rolled steel. It is a process for making marks with adjustable depth on materials such as metals, alloys, high-strength plastics and marking on stainless steel.
Scribe Marking
Scribe marking is one of the industrial marking technologies in the search for traceability of companies. By means of this technology, a silent marking is achieved in accordance with Directive 2003/10/CE of the European Parliament.
It is a method that allows deep marks to be made on metal blanks, alloys and high hardness plastics. In fact, the integrable scribe marking machines are designed to be easily integrated into automated production systems, allowing rapid implementation without interrupting the existing workflow.
Laser Marking
Laser marking and engraving is a technique used in different industries to mark or engrave codes, texts, or images on different parts and materials. This provides traceability for the marked parts throughout their entire life cycle, since this is a method that uses a high-intensity laser that burns or changes the appearance of the surface of the material.