KINGREAL STEEL SLITTER freut sich, Sie über die Ergebnisse unserer Arbeit und Unternehmensneuigkeiten zu informieren und Ihnen zeitnahe Entwicklungen sowie Bedingungen für die Ernennung und Entlassung von Personal mitzuteilen. Im Folgenden wird der Fortschritt der verschiedenen Projekte von KINGREAL STEEL SLITTER im Jahr 2025 dargestellt.
Im Jahr 2025 setzte KINGREAL STEEL SLITTER seine globale Expansion fort und mehrere Projekte verliefen reibungslos. Durch kontinuierliche technologische Innovation und exzellenten Kundenservice erzielte KINGREAL STEEL SLITTER weiterhin neue Durchbrüche auf dem internationalen Markt.
2025 Metallschneidemaschinenprojekt
2025 Metallzuschnittlinienprojekt
2025 Stahllochmaschinenprojekt
Yesterday, the KINGREAL STEEL SLITTER team accompanied two Turkish clients on a tour of the factory's high speed slitting line. From an introduction to the factory's capabilities to the disassembly of core components, from on-site operation demonstrations to precision testing of finished products, the KINGREAL STEEL SLITTER team provided professional and meticulous service. This article will provide a detailed introduction.
Narrow strip slitting lines are specifically designed to longitudinally cut metal coils into very narrow strips, with a minimum cut width of 3mm, meeting the stringent requirements of ultra-narrow metal strips in industrial production. The application of narrow strips primarily involves the use of precision-designed thin metal strips (usually steel). These strips are re-rolled to achieve the high dimensional accuracy, flatness, and strength required in industrial manufacturing, and these high-quality narrow strips are precisely cut using narrow strip slitting machines. These precision narrow strips are crucial in processes such as rapid stamping, embossing, and roll forming, and are widely used in manufacturing core components for various industries, including automotive, engineering, and construction, providing a solid material guarantee for the high-quality development of these industries.
In the metal processing industry, full automatic steel slitting lines cut large coils of metal into high-precision, highly consistent narrow strips in large batches. Their operating efficiency directly determines a company's production capacity. A high-performance, well-configured full automatic steel slitting machine can effectively solve the problems of insufficient production capacity caused by long downtime, low tool changing efficiency, and cumbersome operation.
Rotary shear cut to length lines can precisely cut various metal coils into sheets of preset sizes, and are widely used in automobile manufacturing, home appliance production, building materials, hardware processing, and many other fields.
The KINGREAL STEEL SLITTER team has designed a bridle tension slitting line specifically for food-grade tinplate. Food-grade tinplate is widely used in the manufacture of canned goods, beverage cans, milk powder cans, and food bottle caps. Slitting is a crucial process in the production of food-grade tinplate, requiring the precise cutting of wide rolls into customized narrow strips. The processing accuracy and surface integrity directly determine the quality of subsequent packaging and food-grade compliance.
The looping pit in a metal slitting line is a deep pit pre-reserved in the foundation between two key precision components of the metal slitting machine. This pit buffers, adjusts, and stabilizes the strip, ensuring the efficient and precise operation of the metal slitting line. One pit is located between the slitter and the tensioning device and recoiler, while the other pit is located between the decoiler and the slitter. It's important to clarify that a metal slitting line does not necessarily require a looping pit design. Many companies consider their production needs, strip characteristics, and site conditions when selecting a metal slitting machine to determine if this device is necessary. This article will detail the core value of the looping pit in a metal slitting line, helping you make a clearer decision.
