WP110/TP100
Advantages:
– electrical functionality reacts to electrical contact
– 10 mm ball
– cost-efficient
– electrical functionality reacts to electrical contact
– 10 mm ball
– cost-efficient
Application range: Mainly zero point probing and tool probing in a dry environment.
Functionality: The workpiece probe as well as the tool probe detect any contact with an electrical conductive workpiece or tool. In the moment of the contact, a probing signal is sent to the receiver. The receiver is connected to the machine control and forwards the probing signal for further processing by the measuring macros (measuring cycles) integrated in the machine control.
WP200/TP125
Advantages:
– tactile functionality – reacts to touch
– exchangeable styli
– measurements are possible in the machining process with corrections
– tool correction during machining
– Tool breakage control
– tactile functionality – reacts to touch
– exchangeable styli
– measurements are possible in the machining process with corrections
– tool correction during machining
– Tool breakage control
Application range: Zero point probing and tool probing, even in a wet environment
Functionality: The workpiece probe as well as the tool probe detect any movement of the probing head or deflecting of the probing ball. At the moment of deflection, a probing signal is sent to the receiver. The receiver is connected to the machine control and forwards the probing signal for further processing by the measuring macros (measuring cycles) integrated in the machine control.
TP135
While our TP125 & TP135 have the same functions, but TP135 is a wired tool breakage control system. Which can also be used separately without a probe for only a independent tool breakage monitoring system for your machine.
Software: Smart-Macros from Tschorn
Smart-Macros from Tschorn are available free of charge for Siemens and Fanuc.
Tschorn Smart-Macros have been especially developed and synchronised for the TSCHORN 4.0 probing systems. Original Tschorn Smart-Macros enable best probing and repeatability precision.
Spindle orientation: Generally, probing is possible on all machines, whether with or without spindle orientation. Highest accuracy can be achieved with spindle orientation. Errors in the machine, the run-out or the probe are compensated during calibration. Without spindle orientation, this compensation is limited.
3 way probing:
In order to probe as quickly and precisely as possible, the probing process is divided into 3 consecutive probings:
1. The first probing is made with fast feed and saves movement time.
2. This is followed by a second probing with medium feed.
3. Finally, the third probing follows with a slow measuring feed for maximum precision.
In order to probe as quickly and precisely as possible, the probing process is divided into 3 consecutive probings:
1. The first probing is made with fast feed and saves movement time.
2. This is followed by a second probing with medium feed.
3. Finally, the third probing follows with a slow measuring feed for maximum precision.
Installation questions?
Simply tell us about your machine and machine control and we will tell you immediately how quickly the installation can be carried out on your machine!
Simply tell us about your machine and machine control and we will tell you immediately how quickly the installation can be carried out on your machine!
