Monthly Archives: February 2021

PAMPROD: The economical solution to manufacture large parts in additive manufacturing.

PAM-PROD (Additive Manufacturing Processes – Productivity), is an industrial project developing a disruptive additive manufacturing solution for producing large parts and components in a costeffective manner. The project was launched in response to the needs of the Aeronautics, Energy, and Defence sectors for producing large parts of up to five meters.

PAMPROD answers this demand by leveraging the powder of additive manufacturing and creating a machine that can be easily installed in most production environments.

Designed to be flexible and agile

PAMPROD uses a hybrid additive manufacturing solution that combines both power and wire deposition. The machine is specifically designed to be both flexible and agile. To increase a user’s return on investment, PAMPROD can be used with specialty metals, including the wide range of Nickel alloys for additive manufacturing that Aperam offers as either a powder or wire. PAMPROD can also be used with titanium and such standard materials as stainless steel and steel.

A proof-of-concept machine has been installed at IREPA Laser. Pre-series parts are expected to ship in early 2021, with Prodways bringing the PAMPROD solution to market by 2023.

Why choose PAMPROD? 

To ensure a robust, repeatable manufacturing process, PAMPROD is equipped with cameras that are directly linked to monitoring software designed by TPSH. This allows the user to monitor the deposits in the melt bath in real time.

PAMPROD also allows one to conduct a full thermo-mechanical simulation before a part goes into production, thus ensuring success from the first run.It is this combination of additive manufacturing technology and adaptability that allows PROMOD to reduce costs and increase lead times.

The project is the result of a consortium of six companies:

  • - Aperam (Manufacturing and adaptation of material consumables)
  • - Estia (Piloting of robotics)
  • - Institut Jean Lamour (Materials expertise and mechanical testing)
  • - IREPA LASER (Machine and process development and numerical simulation)
  • - Prodways (Machine manufacturing)
  • - TPSH (system monitoring and smart camera)

The PAMPROD project was coordinated by Aperam and IREPA Laser and received funding from BPI (Public Investment Bank).


For more information, please visit the Linkedin PAMPROD page. All the news concerning this project will be published there.


TPSH, forerunner for more than 15 years in Industry 4.0 technologies, has developed an industrial technology of automatic 2D/3D control for the conformity of complex assemblies.

This new cobotic system is a mobile, easily transportable and versatile workbench with a cobot interfaced with an intelligent TPSH measuring head and an HMI to supervise all control cycles and ensure traceability of results; while reducing exported non-qualities.


This innovative turnkey solution increases productivity by improving the quality of deliverables and contributes to the reduction of MSDs (Musculoskeletal Disorders) related to painful, repetitive and manual tasks..


We offer the alliance of automated technologies combining cobotic ergonomics, the intelligence of our control and/or measurement heads associated with our image processing and AI algorithms (neural networks, Machine Learning, Deep Learning) and the training of technicians and operators to enable the transformation of current industrial processes. TPSH software tools facilitate and simplify the implementation of controls thanks to an intuitive and optimised user interface (HMI).

The principle is to associate the TPSH inspection SMART head with the cobot to launch the inspection cycle automatically by acquiring 2D or 3D images of the assembled and finalized product, while indicating potential errors in the assembly, thus improving the traceability of the controls and manufacturing processes.

For more information, please do not hesitate to contact us on +33 (0)1 69 11 91 91 or by e-mail on :

Download the description of the mobile or fixed cobotic systeme.

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