Terms & Conditions.

Welcome to the DIVMAC website.

By accessing and using this website, you agree to comply with and be bound by these Terms & Conditions.

If you do not agree with any part of these terms, please refrain from using this website.

Website purpose

This website is provided for informational purposes only and is intended to present DIVMAC’s products, services, solutions and corporate information.

The information provided on this website is intended solely for general informational purposes and does not constitute a contractual offer, technical commitment, or guarantee of product availability.

The information contained on this website may be modified, updated or removed without prior notice.

Intellectual property

Unless otherwise stated, all content available on this website, including but not limited to text, images, graphics, logos, videos, documents and technical materials, is the property of DIVMAC or is used under appropriate authorisation.

Any reproduction, distribution, modification, publication or commercial use of website content without prior written consent from DIVMAC is prohibited.

Accuracy of information

DIVMAC makes every reasonable effort to ensure that the information published on this website is accurate and up to date.

However, DIVMAC does not guarantee that all content is complete, accurate or free from errors at all times and reserves the right to modify information without prior notice.

Limitation of liability

DIVMAC shall not be held liable for any direct, indirect, incidental or consequential damages arising from the use of, or inability to use, this website.

This includes, without limitation, interruptions, technical failures, viruses, loss of data or inaccuracies contained within website content.

Third-party links

This website may contain links to external websites operated by third parties.

DIVMAC has no control over the content, security, privacy practices or availability of such websites and accepts no responsibility for them.

User conduct

Users agree to use this website lawfully and in a manner that does not compromise its security, functionality or availability.

Any attempt to gain unauthorised access to the website, servers or associated systems is strictly prohibited.

Privacy and cookies

The collection and processing of personal data through this website are governed by our Privacy Policy and Cookie Policy.

Users are encouraged to review these documents for further information.

Changes to these terms

DIVMAC reserves the right to update or amend these Terms & Conditions at any time.

Any changes become effective immediately upon publication on this website.

We are a project partner.

From concept to operation, our team supports your project every step of the way.

At DIVMAC, we do more than design and manufacture testing and automation equipment.

We support our customers throughout the entire project lifecycle, from concept and integration to installation, training, and technical support.

Engineering.

Design and development of testing and automation solutions tailored to each application and production requirement.

Engineering services for wire harness production and testing systems

Integration.

Seamless integration of equipment and systems into the customer’s production environment, ensuring efficiency and compatibility.

System integration services

Installation & Commissioning.

On-site installation, setup and commissioning to ensure a smooth start-up and optimal performance.

Installation and commissioning services

Training.

Operational and technical training for operators and maintenance teams, enabling safe and efficient equipment use.

Training and skills development

Technical Support.

After-sales support and technical assistance to maximize uptime and ensure long-term reliability.

Technical support services

We guarantee quality.

ISO 9001 quality management certification logo

Need a solution for your application?

Our team is ready to help you define, develop and implement the right solution for your requirements.

PRODUCTS

DivFlex

Offline Testing Module

Digital testing module technology designed to simplify engineering, maintenance and test bench reconfiguration.

Based on DIVMAC’s DivConnect architecture, DivFlex stores all relevant information directly within each module and eliminates the need for traditional rack-based configurations.

Watch It in Action:

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DivFlex is a digital testing module system developed for electrical testing applications.

 

The solution is based on DivConnect technology, integrating module connections and configuration data directly within the testing module itself. Each module contains the information required for operation and can be exchanged directly by the operator.

 

This allows test systems to be reconfigured without maintenance intervention while maintaining the functionality required for electrical testing processes.

 

Unlike traditional architectures that rely on rack-based installations, DivFlex enables module replacement and workstation reconfiguration through a simplified connection concept.

Digital Module Architecture:

Built around digital technology to simplify engineering and maintenance activities.

Integrated Module Information:

Each module stores its own operational and configuration data.

Operator Module Exchange:

Modules can be exchanged directly by the operator without requiring maintenance assistance.

Simplified Reconfiguration:

Supports test bench adaptation through module replacement and automatic configuration handling.

Rack-Free Operation:

Maintains standard testing functionality without requiring a rack installation.

Looking for a more flexible approach to wire harness testing and test bench reconfiguration?

Contact us to learn more about DivFlex digital testing modules.

Core System

  • DivConnect technology;
  • Digital module communication;
  • Embedded configuration data;
  • Integrated connection management;
  • Rack-free architecture.

Technical Capabilities

  • Test Components: Collar Pins and Closing Spacer.
  • Test Configurations: Standard and Zero Insertion.
  • Test Functions: Colour Detection, Leak Test and Push Back.

Model:

DivFlex

Product Family:

Offline Testing Modules

Technology:

Digital Testing Modules

Configuration Storage:

Embedded within each module

Module Exchange:

Performed directly by the operator

Rack Requirement:

Not required

Communication Concept:

Based on DivConnect technology

  • Electrical wire harness testing systems;
  • Test benches requiring frequent reconfiguration;
  • Production environments using multiple harness configurations;
  • Offline electrical testing stations.

Quick Answers

DivFlex is a digital testing module system used in electrical testing applications and based on DIVMAC’s DivConnect technology.

Each module stores the information required for configuration and operation directly within the module.

Yes. The modules are designed to be exchanged directly by the operator without maintenance support.

No. DivFlex maintains standard testing functionality without requiring a rack installation.

Depending on the configuration, DivFlex can support functions such as colour detection, leak testing and push back verification.

DivConnect

Offline Testing Module

Digital connection technology developed for electrical testing modules.

DivConnect integrates connection management, detection systems and configuration data directly into the module, simplifying engineering, maintenance and test bench configuration.

Watch It in Action:

YouTube ``

DivConnect is a digital technology developed for electrical testing modules.

 

It integrates the connections and detections required for testing through dedicated DivConnect cards installed within each module. The system stores all relevant information directly in the module, including visual guidance data and testing functions.

 

This information is automatically available whenever the module is connected to the testing system. Modules communicate with the test system through a standard RJ45 connection while maintaining their functionality without the need for a rack-based architecture.

 

This approach simplifies module installation, engineering and maintenance processes.

Integrated Connection Management:

Connections and detections are integrated directly within the module through DivConnect cards.

Embedded Configuration Data:

Each module stores its own operational information and testing parameters.

Visual Guide Storage:

Visual assistance information can be stored directly within the module.

RJ45 Communication:

Modules connect to the testing system using a standard RJ45 cable.

Rack-Free Architecture:

The technology maintains full module functionality without requiring a rack.

Simplified Maintenance:

The embedded architecture simplifies module management and servicing.

Looking for a digital approach to module integration and configuration in wire harness testing systems?

Contact us to learn more about DivConnect digital testing modules.

Core System

  • DivConnect cards;
  • Integrated connections;
  • Integrated detections;
  • Embedded module information;
  • RJ45 communication interface.

Technical Capabilities

  • Connection information;
  • Detection data;
  • Visual guidance information;
  • Testing function data;
  • Configuration parameters.

Model:

DivConnect

Product Family:

Offline Testing Modules

Technology:

Digital connection and configuration platform

Configuration Storage:

Embedded within each module

Communication:

RJ45 cable connection

Rack Requirement:

Not required

Stored Information:

Configuration data, visual guides and testing functions

Quick Answers

DivConnect is a digital technology developed for electrical testing modules that integrates connections, detections and configuration data directly within the module.

The module can store configuration information, visual guidance data and testing function information.

Modules connect to the testing system using an RJ45 cable.

No. The technology maintains full functionality without the need for a rack-based architecture.

DivFlex is based on DIVMAC’s DivConnect technology and uses its digital architecture for module management and configuration.