Optimize
your quality control

Control and improve batch quality according to ISO standards (ISO 2859, ISO 3951 or others) with Ellistat's incoming quality control software (IQC).
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Screenshot showing Ellistat IQC software. This is the screen operators see when entering measurements.

Reduce your controls

Automate your incoming quality control with Ellistat's IQC (Incoming Quality Control) module. This incoming inspection software enables you to accept or reject a batch of parts presented by an internal or external supplier. It is also referred to as incoming inspection or sampling inspection, as well as final or release inspection.
Out of the question to check everything! That's why we take a sample and use ISO standards (ISO 2859, ISO 3951 or other) to guarantee an acceptable level of quality, depending on batch size, control level and AQL.

Our strengths

Connection to measuring equipment

Automatically import measurement data into Ellistat regardless of communication protocol (USB, Bluetooth, RS232, .txt files, etc.) to avoid any manual input errors.

Using progressive control 

To minimize the number of parts to be checked while guaranteeing the same quality level.

Management by feature type

To better monitor supplier quality.
Laboratory user using Ellistat's IQC module to control these parts

How does quality control software work?

A plug & play solution: connect your measuring equipment directly to Ellistat's IQC software, and whatever the connection mode (Bluetooth, USB, RS232, CMM...), automatically record all your quality measurements.Define upstream lot acceptance criteria (sampling plan, type of inspection, etc.) and build a list of suppliers. Based on the history of controls carried out on the batch, the IQC module will determine whether controls should be reduced or increased. This is known as dynamization. We've thought of everything to make your life easier!
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Our key features

Inspection plan management

  • Defining and managing ranges by context
  • Range versioning
  • Mass updates from multi-level models

Dynamic control (normal, reduced, enhanced) 

  • Configure dynamic control levels according to previous results.
  • Automated switching between control levels (normal/reduced/reinforced) based on results.
  • Tracking and history of control level changes.

Sampling plan

  • Create and manage sampling plans in compliance with ISO 2859 and ISO 3951 standards, with the option of customization.
  • Define sample sizes and acceptance/rejection criteria.
  • Customize sampling plans according to product and supplier specifications.

Progressive control

  • Implement progressive sampling plans with adjustment of batch control frequencies based on results.

Management of ISO 2859 and ISO 3951 standards

  • Full compliance with ISO 2859 (sampling plan for inspection by attribute) and ISO 3951 (sampling plan for inspection by variable).
  • Automatic updating of standards and associated methodologies

Traceability and data recording

  • Batch control data are recorded and saved with sample traceability.
  • History of controls and decisions taken, secure access and management of user rights to view and/or modify data.

Inspection reports

  • Generate detailed, customizable batch control reports.
  • Integrated statistical data, graphs and results tables.

Integration with existing systems

  • Accessible on Premise / on Cloud, full web technology 
  • API for integration with MES, ERP and other production management systems
  • Import and export data via CSV files, etc.

Intuitive user interface

  • Customizable dashboards
  • Clear, intuitive view of control data
  • Accessibility via various devices (PCs, tablets, smartphones)
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Our IQC methodology:
as-needed support!

3 to 5 days of support

1 IQC license with automatic connection of measuring instruments

Weekly follow-up by our project managers

Our methodology

Your feedback

The implementation of Ellistat APC in our manufacturing facility has enabled us to make a shift towards Industry 4.0 and to make a smooth change towards a better organization of our production workshop. The "APC" module is very ergonomic and easy to use, which enabled us to deploy the solution quickly. Today, six months after deploying the software in our workshops, we are seeing a reduction in production rejects and a reduction in the costs incurred by machine adjustments. For the first parts processed with Ellistat, we have gone from a Ppk < 1 to a Ppk ≈ 1.4 and we can now set up our machines in 1 piece. The software has convinced everyone working with the APC, in their opinion: "Despite the fact that Ellistat has changed the way we set up and control our machines, it's nice to no longer have the stress of making mistakes when calculating offsets, whether when setting up or changing tools. What's more, we can really see the improvement in quality and comfort in the field.
Guillaume PERRILLAT-MONET
Project engineer, LTM SA
Equipping our workshops with Automated Process Control via Ellistat has radically changed the way we set up and operate our machines. We can now develop a new, more dynamic and efficient culture of variability control, with tangible results in terms of quality and productivity. Production staff gain real working comfort, and we can easily envisage greater complexity - the possibilities are enormous!
Alexis VULLIEZ
4.0 Projects Manager, KARTESIS
At LISI's Melisey site, the Ellistat APC module interfaces with LISI's MES, and corrections are transferred directly to the multispindles. The implementation is fast and the software is intuitive to use. The LISI team was pleasantly surprised by how the APC module was able to render the manufacturing process autonomous. Adjustment used to require several iterations, consuming several parts to reach the required level. Now, a single part is enough. The saving in set-up time achieved by using APC represents around 75%. By January 2021, the scrap rate had fallen from 3.5% to less than 0.1%. This is because the algorithm auto-corrects the machine tool in near-real time as soon as it deviates, resulting in a reduction in scrap rate of around 95 %. In early 2021, the APC solution was deployed on some twenty CNC machines of different brands and generations. Deployment is rapid, requiring little hardware and investment.
Anne-Delphine BEAULIEU
Member of the Lisi Group Executive Committee
All you have to do is measure the part, enter the data into the APC, which automatically makes all the corrections at once. This makes the employees' work much easier. Before APC, if the drift remained within tolerance, the setter had two options: recenter the dimension or leave it within the acceptable limit. With APC, the dimension is always centred. We've achieved our quality objective and improved our productivity: set-up time has fallen by around 50%, and the company's overall scrap rate by around 30%.
Vincent SKRZYPCZAK
CEO Azurea Unipessoal (Portugal)
With the implementation of APC on our multispindle lathes, we have achieved very convincing gains on several levels: reduced machine downtime, improved OEE and a clear reduction in the scrap rate. What's more, our scrap rate has fallen from 4% to 1.5%, and we can now space out inspection times, as the software guarantees us stability in machine variability.
Laurent MARTIN
General Manager, Joseph Martin
Machine tools machining a revolutionary part with automated process control

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