Machining heads

select brand


KUKA Roboter

Milling head - Milling 8 kW

KUKA offers the Milling 8 kW application module that provides elements and tools for robot manufacturing in milling operations and other...

Milling head - Milling 8 kW

KUKA offers the Milling 8 kW application module that provides elements and tools for robot manufacturing in milling operations and other applications.

It is specifically built for machining jobs through an electrically-operated spindle with a 8 kW power rating. This is utilized particularly for non-heavy materials like wood, plastic, or rigid foamed materials.

With its HsC spindle and controller for the special milling program, the 8 kW application module satisfies demands for fast and simple robot configuration.
HSD

5-axis machining head - 5 - 30 kW

HSD provides 5-axis machining head that is especially designed for working wood, plastic, aluminium, marble and metals....

5-axis machining head - 5 - 30 kW

HSD provides 5-axis machining head that is especially designed for working wood, plastic, aluminium, marble and metals. It is characterized by its compact construction, quickness, dynamism and precision. The machining unit has a high level of operational flexibility, and can easily adapt to a wide range of options. The structure of the machining head is single-column or double-column. It has electro-spindles with power levels ranging from 5 kW to 30 kW.
HSTEC

Machining unit - HSK series

The HSK series by Hstec is a tool holder which is designed for automation of production processes such as multi turret heads, machining...

Machining unit - HSK series

The HSK series by Hstec is a tool holder which is designed for automation of production processes such as multi turret heads, machining units and clamping devices. For this specific unit, it is known because of its manufacturer that has years of experience when it comes to creating high quality machine tool components. Each of the product is produced using precision machines such as Dixi, Heller, Mikron, Kellenberger and Monforts. Also, its stiffness test is based on numerical analysis of the final element method (FEM).
{{item.name}}