Charlotte Stonestreet
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Cut Time, Waste & Costs
16 January 2013
The new Kistler Stasa QC software for injection moulding is said to require significantly fewer physical trials to increase process stability and part quality whilst optimising cycle and set-up times.
With the help of a statistical Design of Experiments (DoE), it systematically determines the effect of relevant machine parameters on part quality and optimises the operating point, taking into account all optimisation targets. A stabilised process, high part quality and short cycle times translate into higher output rates and significant savings.
The system uses sophisticated D- Optimal Design based algorithms to dramatically reduce the time and cost of setting up an injection moulding machine for optimal product quality combined with the shortest cycle time.
- Acoustic emission sensor
- Low noise, wide range
- Suited to delicate testing
- Modular absolute pressure sensor
- Precise & versatile 6-Axis force/moment sensor
- Free production monitoring seminar
- Consistency Throughout
- New product launches
- Charge amplifier with IO-Link technology
- Compact version of joining module
- SCALABLE CONTROL SYSTEMS FOR SMALLER APPLICATIONS
- EXTEND MOBILE INTO MAINTENANCE
- Combine SCADA with IBM Maximo on a mobile device
- Expanded Toolset
- World's first RF Vector Signal Transceiver redefines instrumentation
- Central management of IP-based communication networks
- Generate Motion Programs Directly from Your CAD Drawing
- Efficient integration - B&R
- Enables Improved Performance
- Software With User Focus