Horizontal milling and boring machine WH 105 is a modern powerful continuously controlled machine tool. High cutting parameters and wide comfort of technological functions predetermine this machine for use in even very demanding technological operations. Continuous control of X, Y, Z and W coordinates and a rotary positioning table create conditions for universal use. It is used in the efficient machining of box-type parts from several sides, but also in the machining of moulds and other workpieces with complicated shapes.
Machines can be supplemented with a number of technological devices, which can greatly extend the technological capabilities of the machine.
View detailed technical parameters
- COMPACT AND MODERN DESIGN
- WORKPIECES UP TO 4 TONNES
- POSSIBILITY OF MILLING HEAD USE
- base version with a main spindle diameter of 105 mm.
- version with automatic tool change
- "N” headstock – suitable for efficient powerful machining
- "N” headstock – particularly suitable for efficient powerful machining
- "R4” headstock – high-speed headstock design with speeds up to 4,000 rpm
- work table with a load capacity of 3 or 5 tonnes
A collection of unique technical solutions and special functions
The Job management function displays an overview of work orders and operations directly on the control panel of the machine tool, which is connected to the company's ERP system (including a desktop application for the foremen of the production hall).
The technical means of our service is the possibility of remote connection using an Internet connection to the machine at the customer's place (we have the relevant software in the company and after enabling the service on the customer's side, we are able to connect to the machine remotely).
Work volume monitoring
The system allows the image from one or more cameras to be displayed on the machine control panel screen.
On TOS Varnsdorf machines the weight of the headstock is balanced (depending on the machine type) by means of counterweights inside the column or by means of a hydromechanical system.
Spindle precision enhancement
This function makes it possible to compensate for the temperature expansion of the main spindle, which is caused by a change in the temperature of the spindle during long-term load and when ambient temperatures change.