06 October 2021
Now available: High-pressure coolant system with immersion cooler.
Constant conditions for constant results.
Constant ambient conditions are required to achieve consistent production results. To achieve maximum accuracy and reproducible results, it is important that the temperature of the workpiece remains constant during machining. Heat input into the workpiece and the tool can lead to the permissible tolerances being exceeded and thus to rejects. The quality requirements for the workpiece are then no longer met. Active, controlled cooling of the cooling lubricants counteracts the introduction of heat into the material and tool. HEDELIUS cooling lubricant systems can therefore be optionally equipped with an integrated immersion cooler to control the temperature of the cooling lubricant.
More news.
We will be on company holidays from 23 December 2024 to 03 January 2025.
Our service will still be available for you on 23 December 2024 and will not be available for you again until 02 January 2025.
Our sales team will be available for you again from 06 January 2025.
In manufacturing companies that mainly produce small batch sizes, every minute of spindle time counts - or so the theory goes. In practice, however, the proportion of productive spindle time compared to working time is often less than 40 per cent. The search for tools, clamping devices and information, as well as set-up, tie up valuable resources and leave many operating companies far behind their potential. There are many ways to sustainably close flexibility - and thus performance - in production. But every manufacturing company is different. The trick is therefore to find your very own recipe for success.
Advancing automation has long since arrived in mechanical engineering and contract manufacturing - but many companies still face challenges, especially when it comes to small batch sizes. While large-scale production is already largely automated today, flexibility in smaller quantities, which are often the order of the day in contract manufacturing, poses a particular challenge. How can automation be made to pay off here too without presenting machine operators with insurmountable hurdles?
