HAINBUCH America has highlighted the mechanical design of its MAXXOS T212 ID clamping system, positioning the product as an option for manufacturers seeking greater rigidity during machining operations.
According to the company, the system’s performance is based on a hexagonal-pyramid clamping geometry. This design creates a rigid mechanical connection between the mandrel and clamping bushing, differing from the connection provided by a traditional round mandrel.
HAINBUCH said the MAXXOS T212 delivers 57% higher rigidity than a conventional round mandrel. The company also claimed that the increased rigidity can help users achieve less vibration and reduce tool wear.
The company is promoting the system as an ID clamping solution, with the design intended to improve the stability of the workholding connection. HAINBUCH encouraged manufacturers to explore the MAXXOS range and its approach to internal-diameter clamping.
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