We will exhibit at K 2019, the world's largest international plastics and rubber industry exhibition.

An innovative user interface combined with a capacitive multi-touch monitor achieves top-class efficiency and ease of use!

The Kissler ComoNeo is a process monitoring system designed to optimize, monitor, and document the plastic injection molding process. In addition to mold cavity pressure, it collects and evaluates signals from the injection molding machine (e.g., injection pressure, injection speed, screw position, etc.) as well as the mold surface temperature (connected via thermocouple temperature amplifier model 2205A...). －＊ Features ＊－＊－＊－＊－＊－＊－＊－＊－＊－＊－＊－＊－＊－ • A "dashboard" screen displays relevant processing data consolidated into one screen. • The "EO Assistant" software allows for automatic creation and definition of monitoring boxes. • Simple and efficient hardware and software design due to a process-oriented operational concept. • Rapid mold changes and short setup times are possible with the automatic mold identification feature. • The built-in cycle history (data memory) can store up to 50,000 cycles. • Key process parameters necessary for monitoring and evaluating process stability are automatically calculated.

• Other processing machines
• Other measurement, recording and measuring instruments
• Other process controls

The dedicated indicator CoMo Torque 4700B for torque converters is the ideal indicator for industrial applications and research and development purposes!

The CoMo Torque 4700B, a dedicated indicator for torque converters, is ideal for industrial and research and development applications. It can be directly connected to voltage output or frequency output type strain gauge torque converters with built-in amplifiers. －＊ Features ＊－＊－＊－＊－＊－＊－＊－＊－＊－＊－＊－＊－＊－ • Accurately displays measurements such as torque, speed, rotation angle, force, and output • 4x20 character display • Operation via menu screen • High measurement accuracy < 0.05% • High-speed sampling frequency up to 10 kHz • Low-pass filter (cut-off frequency 0.1 to 1 kHz) • Can store up to 5,000 measurements per channel • Maximum/minimum memory and limit value monitoring available • Operable from a PC via USB or RS-232C • Analog output

• Torque Meter
• Other measurement, recording and measuring instruments

The 6157C series internal pressure sensors are best-selling products used worldwide.

The crystal piezoelectric sensor 6157C series measures the in-mold pressure of plastic injection molding up to a maximum of 2.00 bar. Since there is no diaphragm at the tip, it can be processed up to 0.5 mm to match the shape of the mold's inner surface, and the connection cable is replaceable.

• Other molds
• Pressure

A tip diameter of Φ1mm, simultaneously measuring resin pressure and mold surface temperature!

The p-T sensor 6188AA series for measuring internal pressure and mold surface temperature can simultaneously measure resin pressure up to 2,000 bar and mold surface temperature in plastic injection molding.

• Other temperature and humidity measuring instruments
• Pressure

Ideal for low-viscosity plastics and resins!

The in-mold pressure sensor 6161AA measures in-mold pressure during plastic injection molding up to a maximum of 200 bar. It is suitable for low-viscosity plastics and resins. －＊ Features ＊－＊－＊－＊－＊－＊－＊－＊－＊－＊－＊－＊－＊－ • Ideal for industrial applications such as high-pressure RTM molding • Structure with a diaphragm • Seals the gap between the mounting hole and the sensor using an O-ring • Integrated screw-type structure • Cable is replaceable

• Pressure

Connect to the process monitoring system ComoNeo with a single cable! Space-saving! Reduced mold installation time!

This is a connector for connecting up to 8 single wires or coaxial cables to ComoNeo using a single cable. The 4-channel connector connects up to 4 sensors, while the 8-channel connector can connect up to 8 sensors. • Up to 8 internal pressure sensors can be used • Multi-connector for 4-channel or 8-channel • Use of extension cables for 4-channel or 8-channel

• Other measurement, recording and measuring instruments

Ideal for low-viscosity plastics and resins!

The in-mold pressure sensor 6163A measures in-mold pressure during plastic injection molding up to a maximum of 1,000 bar. It is suitable for low-viscosity plastics and resins. －＊ Features ＊－＊－＊－＊－＊－＊－＊－＊－＊－＊－＊－＊－＊－ • Ideal for industrial applications such as high-pressure RTM, LSR, and SMC • Structure with a diaphragm • Cable is replaceable

• Pressure

Ideal for low-viscosity plastics and resins!

The in-mold pressure sensor 6162AA measures in-mold pressure during plastic injection molding up to a maximum of 200 bar. It is suitable for low-viscosity plastics and resins. －＊ Features ＊－＊－＊－＊－＊－＊－＊－＊－＊－＊－＊－＊－＊－ • Ideal for industrial applications such as high-pressure RTM, LSR, and SMC • Structure with a diaphragm • Cable is replaceable

• Pressure

High-sensitivity compact sensor with a tip diameter of Φ2.5mm!

The 6178A series in-mold pressure sensor measures in-mold pressure during plastic injection molding up to a maximum of 200 bar. Since there is no diaphragm at the tip, it can be processed up to 0.5 mm to match the shape of the mold's inner surface.

• Pressure

Tip diameter Φ4mm, simultaneously measuring resin pressure and mold surface temperature!

The 6190CA series internal pressure and mold surface temperature measurement sensor (p-T sensor) can simultaneously measure resin pressure up to 2,000 bar and mold surface temperature in plastic injection molding.

• Pressure

A tip diameter of Φ2.5mm, simultaneously measuring resin pressure and mold surface temperature!

The 6189A series internal pressure and mold surface temperature measurement sensor (p-T sensor) can simultaneously measure resin pressure up to 2,000 bar and mold surface temperature in plastic injection molding.

• Pressure

Compact sensor with a tip diameter of Φ1.2mm!

The 6184A series in-mold pressure sensor measures in-mold pressure for plastic injection molding up to 2,000 bar. Since there is no diaphragm at the tip, it can be machined up to a maximum of 0.3mm to fit the shape of the mold's inner surface. －＊ Features ＊－＊－＊－＊－＊－＊－＊－＊－＊－＊－＊－＊－＊－ • Capable of measuring up to 2,000 bar • Machining at the tip is possible due to the absence of a diaphragm

• Pressure

Compact sensor with a tip diameter of Φ1mm!

The 6183C series in-mold pressure sensor measures in-mold pressure during plastic injection molding up to 2,000 bar. －＊ Features ＊－＊－＊－＊－＊－＊－＊－＊－＊－＊－＊－＊－＊－ • Uses single-wire cable • Capable of tip processing due to the absence of a diaphragm (standard type) • Tip coating (optional) • Replaceable cable

• Pressure

Pressure sensors supporting the internal pressure monitoring systems spreading in the home appliance industry.

Our in-mold pressure sensor, which has primarily been used for measuring and monitoring in-mold pressure of automotive-related molded parts, along with our monitoring system "ComoNeo," is now also being adopted in the home appliance industry. Efforts to improve productivity through in-mold pressure monitoring of products such as air conditioners and washing machines are expanding. The 6182D series in-mold pressure sensor measures in-mold pressure for plastic injection molding up to 2,000 bar, making it suitable for various molded products. Additionally, using the monitoring system "ComoNeo" allows for the quantification of the molding process. (Please refer to the catalog below for more information on "ComoNeo.") Currently, we are also accepting applications for online meetings. If you are interested, please feel free to contact us via the inquiry button. 【Features】 • Uses single wire cable • No diaphragm, allowing for tip processing (standard type) • Tip coating (optional) • Cable replacement available

• Pressure

A robust structure without a diaphragm, capable of accommodating a wide measurement range!

The 6152A series crystal piezoelectric type internal pressure sensor measures the internal pressure of plastic injection molding up to a maximum of 2,000 bar. Since there is no diaphragm at the tip, it can be machined up to 0.5mm to fit the shape of the mold's inner surface. The connection cable is replaceable. －＊ Features ＊－＊－＊－＊－＊－＊－＊－＊－＊－＊－＊－＊－＊－ • Ideal for industrial use • Machining at the tip is possible up to 0.5mm (except for tip-coated types) • Replaceable cable

• Pressure
• Other measurement, recording and measuring instruments

The "Mechanical Stitching Method" by Nichinichisui Road Machinery Co., Ltd. is a new technique that allows for the repair of metal cracks without the application of heat. By using special bolts and reinforcement plates, cracks are physically removed, and repairs are made without causing any thermal impact on the base material. Repairs can be carried out in environments where open flames cannot be used. Since no heat is applied, the disassembly of equipment is minimized. ◎ For more details, please contact us. ◎ If a detailed technical explanation is needed, please contact us.

The "Mechanical Stitching Method" by Nichinichisui Road Machinery Co., Ltd. is a new technique that allows for the repair of metal cracks without the application of heat. By using special bolts and reinforcement plates, cracks are physically removed, and repairs are made without causing any thermal impact to the base material. Repairs can be carried out in environments where open flames cannot be used. Since no heat is applied, the disassembly of equipment is minimized. ◎ For more details, please contact us. ◎ If a detailed technical explanation is needed, please contact us.

● The production time for casting prototypes can be shortened! Since model production is not required, the time needed to create prototypes, which previously took about a month, can be significantly reduced. ● Model costs can be reduced! By directly producing sand molds from 3D data, there is no need for model production costs. If changes to the model are necessary, they can be addressed by modifying the 3D data. ● Similar products with different shapes and dimensions can be prototyped simultaneously! With one molding process, different products with similar shapes or varying dimensions can be molded at the same time. This allows for the verification of multiple types in a short period.

In the field of collaborative robots, there is a demand for reduced startup labor, energy efficiency, and safe yet flexible handling performance. In particular, reliance on compressed air systems and complex wiring and piping can pose challenges during installation and operation. Piab's "piCOBOT Electric for ABB GoFa" is a plug-and-play electric vacuum gripper solution optimized specifically for ABB GoFa. Its all-electric design generates vacuum using only electricity, eliminating the need for compressed air. This enables the creation of a clean, quiet, and energy-efficient collaborative robot cell. Furthermore, by adopting ABB GoFa-specific software plugins, designated cables, and standard ISO machine interfaces, smooth integration into the ABB control environment is possible. This supports rapid startup and stable operation. Read the article here: https://www.piab.com/ja-jp/news/piab-launches-picobot-electric-for-abb-gofa

We have added the DL material "Explained in Manga! Let's Prevent Technical Information Leakage to the Outside with CrackProof Software Protection!" to the DNP Hypertech site. In the manufacturing industry, there is a growing awareness of measures against the leakage of technical information. Many companies seem to have already established sufficient rules and measures for information protection when exchanging data with external parties. However, when it comes to cases where in-house software suffers from cracking (unauthorized analysis and tampering) and information leaks occur, the current measures are still not adequate. We have explained the measures against technical information leakage through software protection in an easy-to-understand manga format. Please take a look.