C-FRAME VERTICAL CNC CENTER

VECTOR 1400 M SI

With the 3D workpiece simulation, SINUMERIK offers you optimum help and security when programming and calculating quotations.

• Safety: 3-level view and solid model of the finished part, with zoom on details and free rotation of the viewing angle
• Support: - Simulation speed adjustable via override - Single block operation and start/stop possible at any time
• Control: Automatic calculation of the processing time

Contour areas that cannot be machined with large-diameter milling cutters are automatically recognised by the cycle for contour pockets and studs. These areas can be specifically reworked with a suitable smaller tool without having to machine the entire pocket or tenon again. If you want to mill several pockets and avoid unnecessary tool changes, it makes sense to clear out all pockets first and then remove the remaining material. In this case, you must specify the tool that was used to clear the pockets in the "Reference tool TR" parameter when clearing residual material.

• Shorter machining times by using a large tool for the main part of the machining and a smaller tool specifically for the remaining residual material
• Avoidance of empty cuts with extremely simple programming at the same time

While the workpiece is being machined, the tool paths can be drawn on the control unit screen in top view, 3-sided view and 3D view. The display and views of the workpiece correspond to the graphical simulation.

• Machining can also be monitored in a cluttered machine room

For the two variants Sinumerik 828D and Sinumerik 828D Advanced, Siemens is also offering a capacitive touch display with a 15.6-inch screen diagonal for the first time with the Panel Processing Unit (PPU) 290. The touch display can be operated using single-touch gestures. According to Siemens, the full QWERTY keyboard integrated into the housing below the screen enables fast input, for example for programming CNC tasks. The wider 16:9 screen with a resolution of 1366 x 678 pixels offers more space for detailed displays. This makes the 15.6-inch display particularly suitable for displaying two channels, for example during turning and grinding, on the Sinumerik 828D Advanced.

SIEMENS SINUMERIK One PPU 1740 15" Touch Screen

SINUMERIK ONE, the digital native CNC, brings your ideas to life. SINUMERIK ONE is the leading-edge CNC system for highly productive machine tools. For unprecedented new opportunities, ideas and business models. For faster innovation based on the seamless interaction of the virtual and real worlds. What's more, SINUMERIK ONE represents much more than just a powerful hardware innovation.

Thanks to its digital twin, it is the key element in digital transformation and helps to simulate and test workflows in a completely virtual environment.

SINUMERIK ONE is optimized for performance. Thanks to its innovative system architecture, the system puts on a convincing performance resulting in outstanding productivity.

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• Siemens Function: (P17) Shopmill
• Siemens Function: (P13) Residual material identification and machining
• Siemens Function: (P22) Simultaneous recording (realtime simulation of the curr. machining)
• Siemens Function: (P25) 3D simulation 1 (machined part)
• Siemens Function: (P56) DXF-Reader
• Siemens Function: (P28) Measuring cycles for drilling/milling and turning
• Siemens Function: (M27) TRANSMIT/cylinder surface transformation
• Siemens Function: (P12) CNC user memory, expanded 6GB
• Siemens Function: (S07) Advanced Surface
• Siemens Function: (S16) Spline Interpolation

The ultra-compact OMP40-2 (40 mm diameter) touch-trigger probe with optical transmission provides a flexible probing solution. The OMP40 is suitable for small to medium machining centres.

• Testing and setting up workpieces on machining centres
• Proven kinematic design
• Exceptional resistance to light interference with modulated transmission
• 360° transmission envelope
• 1.00 µm 2σ repeatability

The ultra-compact OMP40-2 (40 mm diameter) touch-trigger probe with optical transmission provides a flexible probing solution. The OMP40 is suitable for small to medium machining centres. The OTS 3D touch-trigger tool setter with optical signal transmission can be used for on a wide range of tools on small to medium machining centres. It is compatible with Renishaw optical modulated receivers and can be used as part of a twin probe system. The robust and cable-free design allows freedom of table movement, ideal for twin pallet or rotary table machines.

• Testing and setting up workpieces on machining centres (OMP)
• Tool measurement and breakage detection on machining centres (OTS)
• Proven kinematic design
• Exceptional resistance to light interference with modulated transmission
• 360° transmission envelope
• Directionally adjustable optical infrared module (OTS)
• Cable-free for unrestricted machine movement and easy installation
• 1.00 µm 2σ repeatability

The OTS 3D touch-trigger tool setter with optical signal transmission can be used for on a wide range of tools on small to medium machining centres. It is compatible with Renishaw optical modulated receivers and can be used as part of a twin probe system. The robust and cable-free design allows freedom of table movement, ideal for twin pallet or rotary table machines.

• Tool measurement and breakage detection on machining centres
• Proven kinematic design
• Exceptional resistance to light interference with modulated transmission
• Direction-adjustable infrared optical module
• Cable-free for unrestricted machine movement and ease of installation
• 1.00 µm 2σ repeatability

1. Workpiece measuring cycles (CYCLE9xx) These cycles are usually used with a radio or infrared measuring probe to set the zero point (G54, G55, etc.) or to check geometries.

Set edge: Determination of the position of a single surface in X, Y or Z.

Align edge: Measurement of two points on a straight line. The control calculates the inclination of the workpiece and enters this as the basic rotation at the zero point.

Measure angle: Determines the angle of a surface relative to the machine axis.

2. Tool measuring cycles Here, the tool is measured against a fixed probe (e.g. Renishaw) or by laser.

Measure length: The tool moves in Z to the probe to determine the exact length L1.

Measure radius: The tool probes laterally to calibrate the radius (important for milling cutter corrections).