High-performance precision tools for turning and milling are essential for the economical machining of difficult-to-cut high-performance materials such as titanium and stainless steels.
80,000 tools per day. Individually coated on our own systems. What sounds like industrial mass production is actually a high-precision, customized process at CemeCon.
Modern machining processes require maximum precision, especially in industries such as medical technology, electromobility and electronics. CemeCon therefore relies on customized premium coatings …
In microsurgery in particular, the quality of the microsurgical instruments plays a major role in the success of an operation. This places the highest demands on their manufacture in terms of precision, durability and workmanship.
Steel is omnipresent in industrial production and demands top performance from tools and coatings. With the latest HiPIMS coating material MultiCon®, CemeCon offers a high-performance solution especially for milling and drilling cast iron and steels between 30 and 50 HRC – for both wet and dry machining.
In 70 countries, the top players in automotive, chemical, aerospace, medical technology, and tool and mold making industries trust HORN’s precision tools to drive their success. The USA is one of the most significant markets for the cutting tool industry and is becoming increasingly so.
Mi-Tech Tooling, Inc., a cutting insert expert for the oil and gas industry in the USA, and the coating experts from CemeCon, Inc. in Horseheads, N.Y. have been working together for many years. This has led to a strong trust in CemeCon technology at the family-owned company from Cass City, MI.
Miniaturisation is setting trends – from dental implants, electronic components and clockworks to micro ball bearings. The demand for ever smaller components leads to ever smaller precision tools and ever tighter tolerances.
New high-performance materials, the transition from combustion engines to alternative drive concepts, high innovation and cost pressure - in order to master these and future challenges, machining companies and tool manufacturers must identify and exploit optimisation potential.
Initially reserved for the engines and airframes of military reconnaissance aircraft, titanium has long since become an integral part of our everyday lives thanks to its outstanding properties.
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