TEEXMA® for Additive Manufacturing

TEEXMA® for Additive Manufacturing is the only solution to allow for digitization and management of the entire additive manufacturing value chain: from design and implementation to piloting”

Directly integrate data from additive manufacturing materials via a comprehensive database

Create your procedures via forms

Create and modify your additive manufacturing procedures directly in the application

View the entire production chain with real-time dashboards

Plan and perform maintenance operations on your machines

Plan and perform maintenance operations on your machines

Reduce non-conformities on parts and finished products

WHY CHOOSE TEEXMA® for Additive Manufacturing


your data from raw materials to finished parts


a database of raw materials (metal powder, polymer coils, etc.)


the use of new processes or machines


on knowledge and best practices


additive manufacturing processes and machine parameters


the materials at all stages of transformation


The confidentiality and security of your data


the quality of your finished product by reducing non-conformities

TEEXMA® for Additive Manufacturing

Order receipt / Project creation

Manufacturing line processes

Planning and project management

Knowledge management

Create production requests via a dedicated portal

Access your entire materials database and visualize your data via dynamic, modular and configurable forms

Take advantage of the material data integration directly from the TEEXMA solution suite (SENVOL, JAHM, MMPDS, and many others)

Benefit from a comprehensive library of manufacturing processes and steps for your products or parts (machine parameters used, product definition, specifications, etc.)

Plan your additive manufacturing projects for the development of new products or new parts

Take advantage of different dashboards to find all the information on your projects (project status, stakeholders, planning, materials, design, etc.)

Capitalize on a knowledge repository index, enhance, and share the knowledge of your experts (libraries, Retex, default library, process library, etc.)

Edit design rules for your parts or products to save time on new projects

Production of additive manufacturing projects

Product characterization

Post-processing management

Quality management

Keep an eye on your additive manufacturing machine fleet, and take advantage of real-time alerts for your maintenance operators

Configure and benefit from key indicators at all stages of production (OEE)

Validate your product conformity and quality through simulation and testing (traceability of tests and results)

Sort your materials and finished products (mechanical, chemical, morphological characterization, etc.)

Document and follow every step of your manufacturing cycle

Take advantage of the integration of bar codes and QR codes

Prevent non-conformities related to processes, parts, or finished products.

Provide information on quality events in the database

Plan corrective and preventive action plans for quality events


Avoid errors

Avoid errors in the event of invalid data and manage your preventive and corrective actions

Cost savings

Optimize the additive manufacturing processes to save time and maximize production

Integrate with your existing tools

Existing data from your current information system with TEEXMA®

Benefit from a flexible an adaptive process:

Become autonomous on the evolution of your database and develop processes that are under development

Benefit from an ergonomic solution:

Take advantage of an ergonomic interface and proven features: search automatic document generation, automation, workflow, confidentiality, Security etc.

TEEXMA® for Additive Manufacturing IN INDUSTRY



Additive manufacturing in the field of health and medical concerns many actors, from surgery to medical devices.

The challenges are to manage the materials used in the finished products (polymers, PEEK, PEKK …) and especially the physicochemical characterization (ISO 10993) to ensure biocompatibility and reduce risks.

Additive manufacturing thus allows the customization of complex parts and the improvement of innovation in an increasingly technological sector.

Additive manufacturing is becoming increasingly important in high-tech industries such as defense.

The industry’s need for adaptability in the face of certain changes requires accelerating the transition from prototyping to assembly-line production.

Defense requires complex and low-volume parts, and additive manufacturing is the most efficient process for low-volume production, while still allowing for local production.



The automotive industry is now one of the leading sectors in the use of additive manufacturing, particularly in order to satisfy ever-increasing demands and customized production (luxury vehicles).

The sector must also take into account the respect of the environment by producing lighter and more energy efficient cars.

This raises the issue of the selection and management of additive manufacturing materials (polypropylene, polyurethane, PVC, etc.)

Additive manufacturing in the energy sector facilitates R&D projects and technology transfer.

The challenge here is for players in the sector to produce components by maximizing performance and reducing the amount of material used.

This concerns energy generation devices (solar panels, wind turbines), or energy conversion devices (batteries, generators)

Additive Manufacturing

Additive Manufacturing Software |

3D printing Software | Powder Management | Software MES