DIGITALIZATION MADE EASY

See the advantages of the Production Monitor for yourself

• Current and historical production data is available whenever you need it.
• Data can be accessed from any smart device.
• Comparison of system productivity over periods of time, production shifts, and different dies.
• Identification of trends in production stroke rates, scheduled and unscheduled downtime, and system utilization.
• Early detection of abnormalities due to operational reasons or related to specific dies, allowing rapid optimization of system productivity.
• Use of historical data for accurate order planning (planned order duration, realistic allowances for die-specific malfunction times)
• Use of historical data for realistic parts costing (machine-hour rate + part-specific productivity)

See the advantages of the Press Force Monitor for yourself

• Current and historical process data (stroke rates, peak press force, infeed/outfeed press force ratio) are available whenever you need them.
• Data can be accessed from any smart device.
• Comparison of die-specific process data over periods of time and production shifts.
• Identification of incorrectly positioned dies in the direction of flow.
• Detection of improperly set press forces specific to each die.
• Early detection of die-specific discrepancies in the press force distribution, which allows the detection of emerging die damage.
• Use of die-specific historical data (e.g., number of strokes with the die) to plan die overhauls.

See the advantages of Cooling Analytics for yourself

• Current and historical status data for the equipment’s cooling system (motor temperatures, lubricating oil temperatures, status bits for the cooling system) are available whenever you need them.
• Data can be accessed from any smart device.
• Comparison of die-specific status data over periods of time, production shifts, or production speeds.
• Detection of abnormalities, such as those that indicate emerging damage to the motor bearings.
• Early identification of approaching system overloads, which helps avoid system downtime by allowing stroke rate reductions or changes to the slide profile.
• Early detection of problems developing in the cooling system, making it possible to prevent system downtime caused by cooling system malfunctions.

See the advantages of Lubrication Analytics for yourself

• Current and historical data for the lubrication system (lubrication pulses, oil temperature, oil level, status bits, lubrication system).
• Data can be accessed from any smart device.
• Comparison of die-specific status data over periods of time and production shifts.
• Detection of leaks in the lubrication circuit before system stoppages due to a lack of lubricating oil.
• Early detection of issues developing in the lubrication distributors, which typically allows the prevention of system downtime caused by a defective lubrication distributor.
• Use of historical status data for the lubrication system enables purchase of lubricating oil and scheduling of oil changes and oil filter replacements based on actual needs.

See the advantages of Drive Analytics for yourself

• Current and historical status data for the drive system (motor currents, motor temperatures, motor torques, converter, status bits) are available anytime that you need them.
• Data can be accessed from any smart device.
• Detection of abnormalities, such as those that indicate emerging motor or converter damage.
• Comparison of die-specific status data over periods of time, production shifts, or production speeds.
• Use of historical data (e.g., torques, speeds, operating hours) to plan converter replacements or motor overhauls.