Products for the monitoring and control of injection molding

Advanced injection molding production with Kistler sensors and systems

Reliable and accurate sensors built the basis for effective process monitoring in injection molding. Measuring where the process takes place is the key to transparently detect the process condition. That's why our philosophy is to record the decisive process variables of pressure and temperature directly in the injection molding tool. Possible deviations from the ideal state are shown immediately in the respective process curves and allow to reliably predict the quality of the molded part, shot by shot.

These strain sensors are suitable for measuring dynamic and quasistatic forces on fixed or moving machine parts. The sensor measures the force-proportional strain on machine or structural surfaces.

Piezoelectric surface strain sensors, highly sensitive (-600 … 600 με)

Piezoelectric surface strain sensors, highly sensitive (-600 … 600 με)

Piezoelectric surface strain sensor, highly sensitive (-600 … 600 με)

Piezoelectric surface strain transducer, highly sensitive, isolated ground (±600 µɛ)

These transmitters with an integrated fully-digital charge amplifier are particularly suitable for measuring dynamic and quasistatic forces on stationary or moving machine parts.

Piezoelectric surface strain sensors, transmitters with integrated charge amplifier, ±20 … ±800 με

Piezoelectric surface strain sensors, transmitters with integrated charge amplifier, ±20 … ±800 με

Piezoelectric surface strain sensor, transmitter with integrated charge amplifier (±20 … ±800 με)

Piezoelectric sensor for monitoring cavity and injection pressures, e.g. in injection molding. This longitudinally sensitive pin is used for indirect measurement of dynamic pressures and strains.

Piezoelectric sensors, longitudinal strain measuring pins (M5)

Piezoelectric sensors, longitudinal strain measuring pins (M5)

Piezoelectric sensor, longitudinal strain measuring pin (M5) for cavity and injection pressure

Cavity pressure sensor, contact-free measuring, M5, with single-wire cable (length 1.5 m) and connector Type 1839

These cables are available in two lengths and are used to connect the ComoNeo process monitoring system with the optional display unit.

Connecting cables for ComoNeo and ComoScout touch display

Connecting cables for ComoNeo and ComoScout touch display

Connecting cable for optional ComoNeo touch display, length 2.5 m

Connecting cable for optional ComoNeo touch display, length 5 m

The coaxial connection cable is for sensors with an M4 connector.

Coaxial connecting cables for M4 sensors, 200°C

Coaxial connecting cables for M4 sensors, 200°C

Coaxial connecting cable for sensors with M4 connector, 200°C, length 0.1 to 5 m

These coaxial extension cables can be used to connect 1-channel pressure sensors in the mold to the ComoNeo process monitoring system.

Extension cables for 1-channel mold pressure sensors, BNC, steel covering

Extension cables for 1-channel mold pressure sensors, BNC, steel covering

Extension cable for 1-channel mold pressure sensors with steel covering, BNC, 10 m

Extension cable for 1-channel mold pressure sensors with steel covering, BNC, 2 m

These coaxial extension cables can be used to connect 1-channel pressure sensors in the mold to the ComoNeo process monitoring system.

Extension cables for 1-channel mold pressure sensors, TNC, steel covering

Extension cables for 1-channel mold pressure sensors, TNC, steel covering

Extension cable for 1-channel mold pressure sensors with steel covering, TNC, 1 m

Extension cable for 1-channel mold pressure sensors with steel covering, TNC, 5 m

The single-wire connection cables are for pressure sensors with M4 connectors.

Single-wire connection cables for M4 cavity pressure sensors, 200°C

Single-wire connection cables for M4 cavity pressure sensors, 200°C

Single-wire connecting cable for cavity pressure sensors, 200°C, 1.5 m

Single-wire connection cable for cavity pressure sensors, 200°C, 5 m

The multi-channel connector allows the easy and comfortable connection of up to 4 sensors with a single-wire cable.

Multi-channel connectors for single-wire cables, 4 channels, 200°C

Multi-channel connectors for single-wire cables, 4 channels, 200°C

Multi-channel connector for single-wire, 4 channels, 200°C

The connector allows the easy and comfortable connection of up to 8 sensors with a single-wire cable.

Multi-channel connectors for mold cavity pressure measurement, 8 channels, 200°C

Multi-channel connectors for mold cavity pressure measurement, 8 channels, 200°C

Multi-channel connector for single-wire, 8 channels, 200°C

The conductive spacer sleeves are for cable-free sensors with M3 connectors.

Conductive spacer sleeves

Conductive spacer sleeves

Conductive spacer sleeve for cable-free cavity pressure sensors, M3 connector, D4x40

Conductive spacer sleeve for cable-free cavity pressure sensors, M4 connector, D7x70

The single-wire connection cable has a crimp contact in an easily definable length.

Single-wire connection cables for cavity pressure sensors to contact element, 200°C

Single-wire connection cables for cavity pressure sensors to contact element, 200°C

Single-wire connection cable for cavity pressure sensors, 200°C