industry news
Subscribe Now

New Kistler CoMo Injection Firmware Software Version 2.2.3 Offers Enhanced Real-Time Injection Molding Data Analysis Capabilities

May 23, 2011,  Farmington Hills, Michigan, USA – Kistler (www.kistler.com), a worldwide supplier of precision sensors, systems and instrumentation for the dynamic measurement of pressure, force, torque and acceleration, has introduced CoMo Injection Firmware software version 2.2.3, designed for greater functionality and enhanced zero-defect process monitoring capabilities within supported automotive, medical, electrical and two-shot injection molding operations. 

Developed in response to customer demand and with direct compatibility to Kistler CoMo Injection versions 2869A and 2869B, version 2.2.3 firmware software includes real-time curve display and cycle capabilities, with legacy cycle displacement via CoMo MIS and continuous background information collected as prior data is displayed. Curve data from up to 20 prior cycles may be displayed simultaneously, each superimposed on another for accurate comparisons, with the ability to zoom into individual parts of a curve view. Up to three sets of reference curves may be saved in the same format as specified in the curve viewer module. Enhanced mold settings include a fully redesigned sensors settings page; separated digital outputs specifications; and the ability to delay delivery output signals within multi-component applications.

In addition, a new Quality Control feature, located under system settings, allows for monitoring of good part optical and electrical signals when a specified number of good parts is achieved; and rejection monitoring, with optical and electrical signals when a defined number of rejected parts is exceeded. The system automatically waits until all evaluations are completed before decision of good/bad signal is generated. Evaluation objects (EO) page arrangements have been modified for more concise operation and ease of use. Commands to turn the EO on and off, as well as to choose the appropriate reference curve, are available from the Quick Link Menu. 

With capability to support up to 24 measurement channels, Kistler CoMo Injection is an injection molding production optimization, control and monitoring system. All required functions for process evaluation and optimization are integrated into a single compact unit, allowing for the direct connection of piezoelectric cavity pressure sensors and the acquisition and evaluation of signals from injection molding machinery or other sensors. The CoMo DataCenter Type 2829B database enhances CoMo Injection’s capabilities with curve analysis, statistical functions and reporting. The system uses multiple variables associated with the production order, with data that is easily and cost-effectively exported for additional analysis or incorporation into ERP systems. Subsets of collected data, such as good/bad, maximum/minimum, integral or other variables produced by CoMo Injection may also be identified and analyzed. Software is compatible with most global industry versions of Microsoft Windows® 7, with multiple CoMo DataCenter user licenses available upon request. For additional details and specifications, please contact Kistler North America toll-free (in the US & Canada) at 1-888-KISTLER, via email atsales.us@kistler.com or visit www.kistler.com.

About Kistler North America:

Kistler North America (www.kistler.com), a Kistler group company, is a supplier of precision sensors, systems and instrumentation for the dynamic measurement of pressure, force, torque and acceleration, as well as related electronics and software serving the automotive, aerospace, industrial, metal processing, plastic injection molding, R&D and testing & evaluation communities. Kistler products, ISO certified since 1994, are well recognized for performance, quality and reliability. With global headquarters in Winterthur, Switzerland and established North American operations since 1955, Kistler’s expansive global sales presence is supported by the activities of 25 group companies and 30 distributors ensuring customer proximity, individualized application support and short product lead times. K-Beam®, PiezoStar® and PiezoBeam® are registered trademarks of Kistler. All other trademarks are property of their respective owners.

Leave a Reply

featured blogs
Apr 23, 2024
Do you think you are spending too much time fine-tuning your SKILL code? As a SKILL coder, you must be aware that producing bug-free and efficient code requires a lot of effort and analysis. But don't worry, there's good news! The Cadence Virtuoso Studio platform ha...
Apr 22, 2024
Learn what gate-all-around (GAA) transistors are, explore the switch from fin field-effect transistors (FinFETs), and see the impact on SoC design & EDA tools.The post What You Need to Know About Gate-All-Around Designs appeared first on Chip Design....
Apr 18, 2024
Are you ready for a revolution in robotic technology (as opposed to a robotic revolution, of course)?...

featured video

MaxLinear Integrates Analog & Digital Design in One Chip with Cadence 3D Solvers

Sponsored by Cadence Design Systems

MaxLinear has the unique capability of integrating analog and digital design on the same chip. Because of this, the team developed some interesting technology in the communication space. In the optical infrastructure domain, they created the first fully integrated 5nm CMOS PAM4 DSP. All their products solve critical communication and high-frequency analysis challenges.

Learn more about how MaxLinear is using Cadence’s Clarity 3D Solver and EMX Planar 3D Solver in their design process.

featured chalk talk

GaN FETs: D-Mode Vs E-mode
Sponsored by Mouser Electronics and Nexperia
The use of gallium nitride can offer higher power efficiency, increased power density and can reduce the overall size and weight of many industrial, automotive, and data center applications. In this episode of Chalk Talk, Amelia Dalton and Giuliano Cassataro from Nexperia investigate the benefits of Gan FETs, the difference between D-Mode and E-mode GaN FET technology and how you can utilize GaN FETs in your next design.
Mar 25, 2024
4,133 views