At EMO 2023 in Hanover, the HAIMER Group will show its industry leading innovations. In addition to the proven high-quality tool holders, digitization and automation are the centerpiece of the booth. New software versions for the HAIMER shrink fit, balancing and presetting machines enable a smooth data exchange amongst each other, with machine tools and automation. The highlight at the booth: a powerful automation cell for tool set up including an automated guided vehicle to and from the machine tool. Tool management must be made as simple as possible for manufacturing companies of all sizes, whether small or large. Those responsible at the HAIMER Group are convinced that this is important. At EMO 2023, they present a product range that is geared towards this, ranging from innovative improvements to future-oriented concepts. Always in focus as the underlining goal: the possibility of integration into digitalized, automated production systems. World innovations at EMO Hanover "We will present a conclusive and convincing overall concept with regard to digitization and automation of tool room management," emphasizes Andreas Haimer, President of the HAIMER Group. "This includes easy-to-implement products and software solutions that customers can use plug-and-play and with which they can make their production more efficient. HAIMER will take the customers by the hand and lead them step by step into the digitization of their production and ensure a continuous process. The importance of the tool room will thus increase significantly for many customers," Andreas Haimer continues. As a world premiere, the HAIMER Hybrid Chuck will be presented exclusively at EMO. This new and patented technology combines the advantages of two clamping worlds – the vibration-damping properties of a hydraulic chuck with those of a high-precision, high-performance shrink fit chuck. The new Micro Collet Chuck, which is also making its debut at EMO, is suitable for shank diameters from 1 mm and meets the customer's requirement for maximum runout accuracy combined with the simplest possible handling.
