Kodlama ve markalama sistemleri, birçok sektörde üretim süreçlerinin ayrılmaz bir parçasıdır. Gıda, ilaç, kozmetik, otomotiv, plastik, elektronik ve ambalaj sanayi başta olmak üzere birçok sektöre hizmet veren şirketimiz, ürünlerin izlenebilirliği, sahteciliğin önlenmesi ve kalite kontrol süreçlerinin iyileştirilmesi için kapsamlı çözümler sunmaktadır. Bu doğrultuda, üretim hatlarının verimliliğini artıran markalama otomasyonu çözümlerimizle, firmalara uçtan uca izlenebilirlik ve ürün takibi hizmeti de sağlamaktayız.
At Karma Kodlama, we develop AI-powered factory software to boost efficiency and reduce errors. Our systems use real-time monitoring, predictive maintenance, and quality analytics to optimize production. Seamlessly integrated into your existing operations, our solutions support full traceability, smart reporting, and data-driven decision-making. With custom MES platforms and machine learning technologies, we transform your factory into an intelligent, self-optimizing environment.
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Our company provides customized automation solutions designed to make your production processes more efficient, traceable, and secure. Our automation systems work in full integration with industrial marking technologies, offering tailored solutions in product handling, positioning, sensor-based detection, data transfer, and production tracking. From PLC-controlled systems to operator panels, robotic arms, and custom software integration, we deliver seamless and intelligent automation systems that minimize human error and enhance productivity. With project-specific engineering support and on-site installation services, we offer complete end-to-end automation solutions tailored to your needs.
Dot peen marking is a method that uses a hard metal pin to create permanent marks by striking the surface with high-speed, controlled impacts. It is typically used on metal and hard plastic surfaces to engrave traceability information such as serial numbers, chassis numbers, logos, or barcodes. This technique provides deep and durable markings and is well-suited for harsh industrial environments. It is commonly used in the automotive, defense, heavy machinery, and manufacturing sectors.
Safety-enclosed laser marking refers to the process of laser marking carried out within specially designed protective enclosures to prevent exposure of the laser beam to operators or the surrounding environment. These systems typically comply with Class 1 laser safety standards, ensuring the laser operates only when the enclosure is closed. They provide maximum operator safety and prevent laser light leakage. Enclosed laser marking systems offer a secure and efficient marking solution in production environments, often equipped with CE compliance and integrated fume extraction systems.
CO₂ (carbon dioxide) laser marking is a marking method that uses a high-powered laser beam to create permanent marks on organic and some inorganic materials. This technology is especially effective on materials like wood, glass, leather, plastic, cardboard, paper, and acrylic. Operating without physical contact, the system delivers high-resolution, wear-resistant markings. CO₂ lasers are commonly used in packaging, food and beverage, textile, and leather industries.
Fiber laser marking is a technology that uses a high-powered laser beam to create permanent, precise, and high-speed markings on metals and certain plastics. It is commonly used to engrave traceability information such as barcodes, serial numbers, logos, and QR codes.
A dot peen marking machine is an industrial device used to permanently engrave information (such as serial numbers, logos, dates, or chassis numbers) onto hard surfaces like metal or plastic by creating a series of small dots using a fast, vibrating stylus.
A Continuous Inkjet (CIJ) printer is an industrial marking device that uses a continuous stream of ink droplets to non-contact print information such as dates, lot numbers, serial codes, barcodes, and logos directly onto products while they are moving.
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