Products & Industrial solutions

Here are some products we developed for our customers. This is a non-exhaustive list; please contact us for more information.

WE ACCOMPANY YOU DURING THE PHASES OF FEASIBILITY STUDY IN INDUSTRIALIZATION OF 2D/3D CONTROL.

We offer you alternative solutions to binocular inspection, visual and radiographic inspection of welds and additive manufacturing to enable you to improve the conformity of your products, in support of the operators by a systematic final inspection on the production or assembly lines.

Entrust us with your technological innovation projects and your technical progress.

Our skills are in 2D and 3D automatic control, automatic non-destructive testing systems, adaptive process machines (grinding, polishing, deburring, welding), robotized high speed measurement, associated with Artificial Intelligence for automatic real time decision making.


NDT Technologies_automatic control_polishing_measurement 2D_measurement 2D_TPSH

3DMcGUN_outil portatif de contrôle automatique_TPSH_FR

PORTABLE 3D MEASUREMENT SYSTEM

A NEW TECHNOLOGY FOR 3D MEASUREMENT.

100% PORTABLE – 2D/3D MEASUREMENT SYSTEM.

The 3DMcGUN© is our new portable metrological inspection system for aeronautical fuselages. This turnkey system with on-board real-time processing and dedicated HMI is designed to automatically analyse the conformity of rivet assemblies, aspect defects, gap defects and deformations.

Some characteristics to note  :

  • Screen for real-time display of results
  • Handle for easy handling
  • Customizable interface for each project
  • Hot swappable charger and batteries
inspection qualité automatique robotique_TPSH

OUR EXPERTISE IN COMPLEX PARTS CONTROL FOR ALL TYPES OF OBJECTS AND DEFECTS

OUR ROBOTIC CONTROL SYSTEMS.

OPTICAL 2D AND 3D DETECTION AUTONOMOUS – AUTOMATIC AND ROBOTIC.
We develop products that are fully adapted to all types of industrial environments and optimize resources on the final assembly line.

For example:

  • More than 6000 control points in 1h40 (around 1200 robotic acquisition positions)
  • usable system without specific training
  • strong reduction of non-conformities delivered to the end customer

The evolution of our technologies has enabled us to develop a new intelligent head for assembly control complex elements and cosmetic defects, listed on the aircraft. We carry out the preparations of the controls in offline mode PHL (CATIA, DELMIA, CENIT) then in real trajectories.
We are currently working on the deployment of our technologies for the control of electrical cabinets, electronic circuits, energy turbines and wagons for complex assemblies of all types, etc…

Find our last article.

CONTROL OF COMPLEX ASSEMBLY

ROBOTIC CONFORMITY CONTROL CELL.

TURNKEY” MULTI-ELEMENT CONTROL PRODUCT.

This solution was initially designed to automate the control of a complex assembly at the end of the production line.The system is based on vision, robotics as well as the development of a specific HCI. Concretely, it includes robots with high resolution cameras that take a numerous amount of pictures of the complex assembly in a reduce amount of time and control different elements.The HCI (Human Computer Interaction) is clear and easy to use. The system produces automatic inspection reports easy to read by an average user. The application is repeatable and endlessly enables the same image quality. Once integrated, the system is fully managed by the employees themselves: they are able to directly program and enter new specifications and precise points to detect.It is a turnkey solution to control complex assembly.

Download the description of a complex assembly conformity control cell_quality inspection_TPSH
photos – vidéos 2021 ©

établi mobile_inspection automatique cobotique_TPSH

TPSH MOBILE OPTICAL CONTROL SYSTEM

TPSH TECHNOLOGY: A CONTROL TOOL FOR ASSEMBLY COMPLIANCE. 100% TRANSPORTABLE AND AUTOMATIC.

A ROBOTIC TURNKEY SYSTEM TO DETECT THE CHARACTERISTICS OF ACCESSORIES IN ALL SECTORS.


To respond to the problems of the major French and international manufacturers in terms of quality optimization, workstation ergonomics and assistance to controllers, TPSH has developed a transportable automatic assembly control solution. This new way optimizes the space reserved for the control without the need to evolve in a secure space.You will thus benefit from automatic detection technologies of :

  • Presence and/or absence of elements
  • Scratch detection
  • Rivets outcrop measurement
  • Measurement of depression

Download the description of the mobile_workbench_quality_inspection_TPSH_system

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Industrial quality control process powered by Atos Computer Vision Platform

 

A TPSH TECHNOLOGY: AN AUTONOMOUS AUTOMATIC ASSEMBLY CONFORMITY CONTROL SYSTEM.

A TURNKEY COBOTISED SYSTEM TO DETECT THE CHARACTERISTICS OF ELECTRONIC BOARDS IN THE IT SECTOR.

A mobile autonomous solution for automatic assembly contro. Some examples of this technology:

  • Presence/absence of screws, plugs, USB cover, CPU protection,
  • Positioning of cables,
  • Reading of serial numbers and various product codes,
  • Presence/absence of capacitors,

Download the description of the mobile quality control_inspection system_TPSH

Industrial quality control process powered by Atos Computer Vision Platform

tête hybride_confocal_hybride_contrôle qualité_TPSH

AUTOMATIC HYBRID MEASURING SYSTEM

A TPSH TECHNOLOGY: A HYBRID HIGH-SPEED ROBOTIC MEASUREMENT SOLUTION.

A TURNKEY SYSTEM FOR ANALYSING DIMENSIONAL, GEOMETRIC AND DIMENSIONAL CONFORMITY FOR AERONAUTIC/AUTOMOTIVE GLASS.

We have developed the first intelligent hybrid 3D measurement head at very high speeds using confocal and laser sensors to allow on-line quality control of 100% of the production for any type of industrial product with a mix of opaque and transparent materials at high throughput. Here are some features :

  • Real-time robot ABB, KUKA, Staublï with hybrid confocal and line laser sensor”
  • Global repeatability of the measurement chain (robot+sensor) +/-50µm
  • Robot position sent every 3 to 4ms
  • On-line measurement of 100% of the production in line.

Download the description of Robotic Confocal_hybrid_3D measurement system_Control TPSH

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autonome head smart_contrôle confocal_automatique_robotique_TPSH

ROBOTIC MEASUREMENT SYSTEM WITH CONFOCAL SENSORS

TPSH TECHNOLOGY:A ROBOTIC 3D CONTROL SOLUTION.

FAST, ACCURATE AND FULLY CUSTOMIZABLE TURNKEY SYSTEM.

We have developed the first robotic confocal measurement system that allows the detection of defects (types of breaks, cracks, holes, etc …) according to the size criteria and its location. The objective is to analyze compliance measures compared to reference values, giving the characteristics of deformation of the parts and ensure deliverables to end customers by running an automated inspection report for each measurement. Few clarifications :

  • Diversification robots + MPLS to measure door(accuracy of the order of 0.1 mm – 0.01 mm)
  • Development of a calibration process
  • Lateral accuracy of about 0.5mm or 50μM
  • Speed of trajectory 12.87s

Download the description of the confocal 3D measuring system

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CELLULE SANS CONTACT À NUMÉRISATION 3D_CONTRÔLE MÉTROLOGIQUE_TPSH

3D CONTACTLESS MEASURING MACHINE

CONTACTLESS MEASURING MACHINE.

TURNKEY” PRODUCT OF METROLOGICAL CONTROL.

This contactless measuring machine has been designed for metrological control.You have a 3D scanning of all of you parts (blades, diffuser/ compressor manifold, impellers …).Our system has a 3D sensor last generation with a blue light technology included as well as an 8-axis robotized motion system.Our machines can be delivered with the equipment for maintaining parts as well as control and measuring range already set up.All our systems include:

  • 1 HMI Windows
  • 1simulation tool with :
    • 1 software for trajectories generation
    • 1 post-processeur machine
    • 1 software for control report generation

Download the description of Optical inspection cell-NDT_TPSH

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Polissage robotisé en automatique_TPSH

ROBOTIC AND AUTOMATIC POLISHING SYSTEM FOR BLADE FINISH

A NEW TECHNOLOGY: SOLUTION OF ADAPTIVE PROCESSES.

A 100% AUTOMATED AND ROBOTIC SYSTEM FOR BLADE AND TURBINE.

We have designed an automated adaptive process technology for part finishing. Our robotic polishing and grinding cell combines a measurement system and parameterized trajectories. The objective is to guarantee better productivity and ensure traceability by generating a PV of control and conformity in automatic state of a piece after polishing.
Points to be noted:

  • Automatic quantization of the data assigned to the process in order to bring the piece back to the theoretical level
  • Monitoring quality of each piece
  • Adaptation of the trajectories according to the defects of shape of the parts
  • Traceability of conformity reports
  • and increase in the rate of production

Download the description of our automatic robotic polishing/deburring cells.

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