Announcement of the "Cutting Processing Technology Seminar 2019": Kistler Japan Co., Ltd.

Kistler Japan G.K. Head office

Japan Kistler Co., Ltd., which has high-sensitivity sensor technology, will hold the "Cutting Processing Technology Seminar 2019" again this year. We are pleased to welcome Professor Yasuhiro Kakinuma from the Department of System Design Engineering at Keio University as a seminar speaker, who will give a lecture on the theme of "Sensorless Process Monitoring and Machining Control." Additionally, Mr. Yasushi Okuyama from CGTech Co., Ltd. will present on the theme of "Optimization of NC Data (Feed Rate) Considering Cutting Force." Continuing from last year, we will introduce solutions to technical challenges in cutting processing technology from both academic and industrial perspectives. After the lectures, we plan to hold a technical exchange meeting with the speakers on the same floor (Room 1204). It will be a standing buffet with free entry and exit, so please join us as much as your schedule allows. If you wish to participate in this seminar, please download the application form, fill in the necessary information, and send it via email. Due to venue constraints, we will close applications once the number of participants reaches the capacity (80 people), so please apply early. Related words: Cutting, dynamometer, processing, sensor, analysis.

Kistler's dynamometer contributes to the improvement of cutting processing technology.

Date and time Wednesday, Jul 24, 2019
01:30 PM ～ 05:00 PM
13:00 Doors open
Capital Aichi Prefectural Industrial Labor Center Wink Aichi 12th Floor, Room 1203 Access 〒450-0002 Aichi Prefecture, Nagoya City, Nakamura Ward, Meieki 4-chome 4-38 http://www.winc-aichi.jp/access/
Entry fee Free Advance registration is required.

Related product information

Cutting Power Meter DAQ (Data Acquisition and Analysis) System 5697A
A general-purpose data acquisition system for controlling interfaces and charge amplifiers!

The cutting power measurement DAQ system consists of a data acquisition box and DynoWare software. The data acquisition box can connect to two multi-channel charge amplifiers. A 16-bit A/D converter digitizes the analog output data. The system connects to a PC via a USB 2.0 port, and the control of the charge amplifier or signal conditioner is managed by the data acquisition box through an RS232C cable. Users can easily operate a high-sampling-rate data acquisition system.
Rotary dynamometer (for high-speed rotation) 9170A
The newly developed piezoelectric sensor integrated into the rotor can measure dynamic signals during high-speed cutting!

The 4-component rotary dynamometer consists of a rotor, stator, connection cables, and signal conditioner. The type of rotor is determined by the required spindle type on the machine side. A piezoelectric 4-component sensor and a 4-channel charge amplifier are integrated into the rotor to measure radial forces Fx and Fy, axial force Fz, and torque Mz. The voltage output from the charge amplifier is digitized and transmitted to the stator. The range selection and power supply for the charge amplifier are transmitted non-contact from the stator to the rotor. There is a gap of a few millimeters between the stator and the machine tool. The signal conditioner controls the measurement system. Additionally, the measurement range can be selected from three options, and measurements can be initiated manually or via a serial interface. The output signal is an analog voltage of ±10V. Data can be recorded using Kistler's DynoWare or compatible data acquisition software.
Rotary dynamometer (for high load) 9171A
The newly developed piezoelectric sensor integrated into the rotor can measure dynamic signals during high-speed cutting!

The 4-component rotary dynamometer consists of a rotor, stator, connection cables, and signal conditioner. The type of rotor is determined by the required spindle type on the machine side. A piezoelectric 4-component sensor and a 4-channel charge amplifier are integrated into the rotor to measure radial forces Fx and Fy, axial force Fz, and torque Mz. The voltage output from the charge amplifier is digitized and transmitted to the stator. The range selection and power supply for the charge amplifier are transmitted non-contact from the stator to the rotor. There is a gap of a few millimeters between the stator and the machine tool. The signal conditioner controls the measurement system. Additionally, the measurement range can be selected from three options, and measurements can be initiated manually or via a serial interface. The output signal is an analog voltage of ±10V. Data can be recorded using Kistler's DynoWare or compatible data acquisition software.