Module B: EU-Type Examination – What is the Design Type Standard?

Module B is one of the conformity assessment modules defined in the European Union New Approach Directives and relevant product legislation. Design-type examination is primarily based on the evaluation of the product's technical design characteristics.

In this context, the following are examined to assess whether the product design meets the requirements of the relevant legislation:

• Technical file reviews,

• Design calculations,

• Engineering analyses,

• Risk assessments,

• Compliance of the standards used,

• Technical data regarding product performance

Module B: EU-Type Examination – Design Type: How Is It Done?

The conformity assessment process is carried out through a detailed examination of the technical documentation related to the product design.

The process generally consists of the following stages:

• Evaluation of the technical file,

• Examination of design drawings,

• Verification of calculation reports,

• Validation of applied standards,

• Review of risk analyses,

• Examination of necessary test results,

• Assessment of conformity with regulatory requirements

stages.

An EU Type-Examination Certificate may be issued when the examination confirms that the product design meets the relevant requirements.

Module B: EU-Type Examination – Design Type: Why is it applied?

Module B (Design Type) contributes to verifying the technical conformity of the product prior to the production stage.

The primary objectives of implementing this module are:

• Verification of the product design,

• Meeting essential health and safety requirements,

• Ensuring regulatory compliance,

• Mitigating technical risks,

• Supporting CE marking processes,

• Demonstrating conformity with internationally recognized standards.

Module B: EU-Type Examination – What Are the Design Type Application Areas?

Module B (Design Type) can be applied to many different product groups.

The primary areas of application are:

• Pressure equipment,

• Gas-burning appliances,

• Elevator systems,

• Industrial machinery,

• Personal protective equipment,

• Measuring instruments,

• Equipment for explosive atmospheres,

• Marine equipment,

• Various product groups subject to CE marking.

Equipment and Techniques Used Within the Scope of Module B Design Type

Depending on the nature of the product, various examination methods are employed during assessment activities.

The primary techniques used are as follows:

• Technical file reviews,

• Design verification methods,

• Evaluation of engineering calculations,

• Risk analysis reviews,

• Evaluation of performance test reports,

• Visual inspections,

• Checks for conformity to standards.

These methods are used to determine whether the product design meets the requirements of the relevant legislation.

Module B: EU-Type Examination – Advantages of the Design Type

• Contributes to the verification of product design.

• Supports CE marking processes.

• Helps reduce technical risks.

• Strengthens compliance with regulatory requirements.

• Contributes to enhancing product safety.

• Supports the traceability of technical documentation.

Module B: EU-Type Examination – Disadvantages of the Design Type

• Requires comprehensive technical documentation.

• The review process may take time, depending on the complexity of the product.

• May entail additional testing and evaluation processes.

• For certain product groups, it may need to be applied in conjunction with other conformity modules.

However, these processes make significant contributions to product safety and regulatory compliance.

Contact us

You may contact us for detailed information regarding the inspection, examination, and conformity assessment activities carried out under Module B: EU-Type Examination – Design Type.

The assessment processes conducted by our organization are carried out in accordance with relevant European Union legislation, and services are provided for the examination of the technical conformity of products.