主要特点
DESIGN
The new EMCOMILL series is designed as a moving column milling machine. The machine bed is made in welded steel, optimised by FEM analysis. The X-, Y- and Z-slides are made in cast iron.
TOOL MAGAZINE
The tool magazine has 30 stations (40/60 as option). The tool management with random tool selection uses a double-gripper that allows to make a pre-search of the tool during the machining cycle. Alternatively it is possible to utilise the tool magazine with a fixed place for big-dimensioned tools, leaving the two adjacent stations free.
BALL SCREWS
Grease-lubricated (central) ball screws and linear roller guides (45 mm in the X- and Y-axes; 35 mm in the Z-axis) offer high resistance against mechanical stress and a high, zero-vibration traverse speed. On the picture, machine equipped with linear scales (option).
DESIGN
The EMCOMILL series is designed as a moving column milling machine. The machine bed is made in welded steel, optimised by FEM analysis. The X-, Y- and Z-slides are made in cast iron.设置计划/工作区域
应用范围举例
应用范围举例
选项/配件
High pressure coolant pump
A swivel guide with a coolant pump with 20, 25 or 60 bar cools spindle and tools.
Rotary table
As 4th axis a rotary table with 200 mm diameter can be mounted on customer's request. The rotary table travels CNC controlled and can interpolate with any linear axis (X, Y, Z). For maximum precision in the parts production.
SIDE TOOL MAGAZINE DOOR
The side tool magazine door allows fast loading and unloading, as well as control and cleaning of the tools.
MEASURING SYSTEMS
Both the measurement of the tool to reduce the set-up time during tool change as well as the measurement of the workpiece in order to check dimensions or to determine zero points, is optionally possible within the machine by means of a radio or a laser bridge.
Automatic workpiece measuring
The workpieces are automatically measured by an infrared measuring probe that is mounted on the main spindle. Measuring cycles take over the values.控件/软件
Heidenhain TNC 620
Sinumerik 828D - incl. ShopMill
Fanuc 0i MF
