SPC Software – Statistical control of manufacturing processes

Monitor the quality level during the manufacturing process from the inspection plans, which consist of dimensional or attributive characteristics. QUASAR SPC makes control information available by batch in real time, provides a large statistical data capacity for a better knowledge of process indicators and a better reactivity to production hazards

your benefits
Real-time monitoring of manufacturing process variations
your benefits
Replace defect detection with defect prevention
your benefits
Motivate production staff by placing them at the heart of the quality management system
your benefits
Make quality controls automatic
your benefits
Anticipate tool replacements before variations
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Calculate averages and standard deviations automatically
your benefits
0 paper : your production data are digitized and centralized

Presentation

Configure the characteristics to be inspected

Managers can configure user rights, procedures and control frequencies. The configurations generally apply to a reference or group of references, associated with a machine or group of machines.

Configure the inspection plans on :

  • Attribute or Dimension characteristics,
  • Sample size,
  • Distribution, Type of applicable charts
  • Data acquisition mode,
  • Additional traceability criteria.
  • Alerts management (quantities, frequencies…)
  • Instruction sheets
  • Drawings, diagrams
  • Quantities to achieve
  • Goals
  • OEE
  • Scrap rate
  • Quantities / meters
  • Compliance of grinding frequencies
  • Estimated end date of WO
  • Remaining quantity to produce
  • Activation “blockage” output
  • Flash alerts
  • Bar graphs or tables display

Save production quality controls in real time

SIMPLICITY ! It is the keyword of the operator whether in manual or automatic mode. A bar graph system with color management and visual animation keeps the operator informed of the position of their measurement in relation to the tolerances.

The inspection plan is started with a MO number or with the pair reference / machine.

The opening mode is done via :

  • A unique number of the procedure
  • A barcode reading,
  • An external file,
  • A choice from a list,
  • Function keys,
  • Curative or preventive management
  • Manual entry or via connected instruments,
  • Dynamic results and in real time,
  • Colour code of the results status and real-time alerts,
  • Bar graph or table display,

At each procedure launch or each entry, traceability information can be associated with the recorded measurements. This data can come from external files without operator intervention, be read via barcode or can be manually entered.

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Control process variations with SPC control charts

The operator can visualize on their screen one or more several control charts (inertial chart, multi-cavity chart) so as to monitor the quality level of the production in real time.

The screen groups the measurement chart (average, median, individual values, EWMA, small series…) and the scatter plot (range, standard deviation, Cp or Cpk).

QUASAR helps you to interpret SPC statistical data and your production data : out-of-tolerance parts, process capability, scattering, associated procedures, etc. All your control data is integrated in a single page, allowing you to have an overview of your processes.

Assess the ability of the processes through capabilities

Several dashboards are available in standard to monitor the evolution of the capability indicators in the form of graphs and matrices based on the centering / scattering pair provided with the software.

Based on an existing procedure, with entry of study measurements or from the data entered in the SPC workstation

  • Procedure index
  • Reference
  • Machine
  • Last set of limits
  • Invalid points
  • Characteristic values
  • Centering / scattering indicators
  • Sample distribution
  • Control and test report
  • List of controls performed for each of the characteristics
  • Capability indicators
  • Readings, sampling…

Edit/test the capability in different situations :

  • Measurement variation
  • Tolerance variation
  • Incidence of nominal values
  • Standards incidence

How does the QUASAR Suite meet the traceability needs of manufacturers ?

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Ensure process traceability

To fulfill its primary function, the SPC QUASAR module collects data in large numbers. It is a recording software (measurements related to MO number traceability elements, material batch, workshop temperature…). 

Toutes ces données sont en corrélation les unes avec les autres, ce qui permet de faire des exploitations très précises en croisant les différents critères.

WE KNOW ALL ABOUT SPC !

QUASAR SPC has been shaped with 30 years of use and development in various sectors.

Especially designed for industries focused on part monitoring, most of our references are in the parts subcontracting in large series field, particularly in the turning industry (comprehensive grinding profile integrated).

unfinished automobiles in a car plant

Control process variations with QUASAR

ImplEmentation

Pilot Project

Simulation of the software operating with your own workshop data

Easy Set Up

Only one software to install. Light architecture.

Digital Continuity

We retrieve your data and connect it to your systems

Multi-sites

We coordinate the deployment of the solution on all your sites, in France and abroad

QUASAR SPC IN ACTION

documentation

DOWNLOAD THE BROCHURES QUASAR SPC

customer references

To go further

Towards Industry 4.0 !​

Industry 4.0, factory of the future, smart factory… These terms have become central in the production environment. M.E.S. tools must help companies become smarter, more agile… Digital continuity, collaborative management…

The digital revolution that runs through the entire company highlights the value of data which is no longer stored for possible future justification needs. Today, this data is analyzed and enhanced throughout the production chain. It has become the vital energy of the integrated factory and the digital company.

Throughout the different industrial revolutions, man has always maintained a key role by continuously adapting to each period. This is still true within the factory 4.0 which marks a new industrial revolution