This head is characterized by a very high oscillation force. Thanks to this, it is possible to cut through materials that offer very high resistance, as well as materials with a large thickness. With the use of an appropriate blade, it is possible to cut rubber with a thickness of up to 30mm. Adjustable oscillation speed.
The head is used together with the cutting head (electric or pneumatic), allowing to make special bends, usually on the cardboard, enabling the material to be bent later. Usually, this head uses creasing wheels of various diameters and widths, as well as other tools, e.g. V-cut heads.
An additional head, mounted next to the cutting/milling head, allows for marking the workpiece. It has its own actuator, thanks to which it lowers automatically. It can be used both for inscriptions on details and for drawing preset shapes.
The touch scanning head is used, inter alia, to scan details in order to make duplicates or enter into the computer memory for further processing. It allows you to scan uneven surfaces and take into account its deflection when designing. It can also be used as a probe for basing on plates, in holes, on cylinders and for scanning three-dimensional objects for digitization. It is available in a wired version - mounted manually, lowered automatically on the Z axis and in a wireless version - taken from the tool magazine.
System of minimum lubrication with air-oil mixture fed to the cutting zone. It replaces the traditional, uneconomical cooling systems of the treatment zone based on emulsion solutions. Before the outlet nozzle, the air supplied under pressure mixes with the dosed oil.
The spindle cover is mounted on the Z axis. Its task is to reduce dusting and remove chips generated during machining. Useful especially when working in wood, wood-like boards and glass-epoxy laminates. It reduces dust, which improves working conditions and increases the service life of running and driving elements of the machine. The tool is raised automatically for a tool change, but it is also possible to manually set its height.
The automatically lowered marking head allows for quick signing of sheets before cutting them, so that the subsequent identification of details automatically placed on the sheet by integrated nesting is not a problem. The print head marks details with an ink that can be easily cleaned afterwards without leaving any trace of the marking.
A type of table used in Kimla milling machines. Made of an aluminum panel with inverted "T" grooves in which special nuts are placed, to which the mounting screws are screwed. In this way, you can attach vices, dedicated handles, as well as the material itself to the table.
The automatically lowered marking head allows for quick signing of sheets before cutting them, so that the subsequent identification of details automatically placed on the sheet by integrated nesting is not a problem. The print head marks details with an ink that can be easily cleaned afterwards without leaving any trace of the marking.
A raster table made of HPL, on which the milled material (most often a plate) is placed and immobilized by means of a vacuum generated by a vacuum pump. Such a table has a number of grooves in which we can place a sealing profile and thus more accurately adjust the area of the suction to the format of the processed material.
