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01 - Ultrasonic shot peening process

Ultrasonic Shot Peening (USP) process differs from Conventional Shot Peening by the way the kinetic energy is given to the media.  Instead of using a constant air flow, gravity or a high speed rotation of a turbine, USP is using...

Grenaillage de précontrainte ultrasons portatif - SONATS_rev

02 - STRESSVOYAGER® - Portable ultrasonic shot peening equipment

The STRESSVOYAGER® is a portable ultrasonic shot peening equipment for in-situ treatment of simple and complex geometry parts.

32 - EN - Flexible bench - SONATS_rev

03 - Flexible bench for ultrasonic shot peening - STRESSONIC®

The flexible bench is a semi-mobile equipment for work or laboratory in order to define shot peening parameters of for manual treatments of parts...

Nanocrystallisation - SONATS

04 - Nanocrystallisation by ultrasonic shot peening

The application of nanocrystallisation by ultrasonic shot peening can be related to two objectives (surface treatment and post-treatment).

20 - FR - Solutions MRO - SONATS_rev

05 - Maintenance, repair and overhaul solutions (MRO)

Our MRO solutions can be applied on aircraft structures, engines, landing gears, blades and other components. Our solutions are suitable for commercial and military aircrafts to fit aerospace quality requirement.

25 - FR - Automobile - Grenaillage de précontrainte - SONATS_rev

06 - Automotive - Ultrasonic Shot Peening for the automotive industry

The automotive industry is always looking for solutions to reduce energy consumption and increase performance in the face of increasingly demanding demands. SONATS provides optimized, lasting and guaranteed manufacturing solutions to reach high-level objectives.

07 - Medical - Ultrasonic Shot Peening for the medical industry

The STRESSONIC® process adds an entirely new dimension to shot peening in the medical field. Among its many advantages, it overcomes the pollution problems generated by conventional processes while giving improved mechanical characteristics to the different implant products.

17 - EN - USP in power industry_rev

08 - Power Generation - Ultrasonic Shot Peening

SONATS has developed a portable Ultrasonic Shot peening system to increase fatigue strength and reduce Stress Corrosion Cracking on critical components for commercial nuclear power plants.

09 - Ultrasonic shot peening on motorsport engine

SONATS has developed portable Ultrasonic Shot Peening (USP) solution to increase fatigue strength, strength-to-weight ratio and reduce fretting fatigue on aluminium and other metallic parts.

01 - RotoFlapMaster

The new Rotary Flap Peening System is designed to meet the highest requirements of professional and experienced aircraft technicians.

21 - Procédé UIT - SONATS_rev

01 - Ultrasonic impact treatment process - UIT/HFMI

Ultrasonic Impact Treatment (UIT) or High Frequency Mechanical Impact (HFMI) is a process achievieng the same effect, but with more process control compared to conventional hammer peening.

NOMAD - Martelage de soudure par ultrasons - SONATS_rev

02 - NOMAD - Ultrasonic Impact Treatment equipment - UIT/HFMI

NOMAD, our portable ultrasonic impact treatment system is designed to treat on-site but also in manufacturing workshop.

24 - EN - Infrastructures Ultrasonic impact treatment SONATS_rev

03 - Infrastructures - Ultrasonic Impact Treatment of welds

Fatigue life improvement of welded infrastructures with ultrasonic impact treatment.

Application Pressure Vessels - UIT- SONATS_rev

04 - Pressure vessels - Ultrasonic Impact Treatment

SONATS is specialized in the increase of the fatigue life and the Stress Corrosion Cracking (SCC) resistance on welded Pressure Vessels or Shells & Tube Heat Exchanger thanks to our patented STRESSONIC® process.

UIT on aluminum welding_SONATS_rev

05 - Aluminium welding - Ultrasonic Impact Treatment

SONATS has developed an UIT solution for new building and in-service aluminum ship in support of superstructure crack repair, modernization and weld repairs on sensitized aluminum.

Application Oil and Gas -UIT- SONATS_rev

06 - Oil and Gaz - Ultrasonic Impact Treatment

SONATS is specialized in the increase of the fatigue life and the Stress Corrosion Cracking (SCC) resistance on welded structures for the oil and gas thanks to our patented Stressonic® process.

White Paper - Ultrasonic impact treatment - SONATS_rev

07 - White paper - Fatigue life improvement of welded structures by ultrasonic needle peening

This document describes SONATS research, in-field experiences and knowledge about Ultrasonic Needle Peening (UIT/HFMI). It is dedicated to any people (engineers, welders, operators, controllers) who are interested in this process.

Formage - redressage par ultrasons - SONATS

01 - STRESSVOYAGER® - Peen forming portative system

The STRESSOVYAGER® for peen forming and straightening allows treatment by you in your workshop thanks to a very high ease of use. Discovers its features and accessories.  

01 - Contour method - Destructive testing for residual stress measurements

The contour method is a destructive technique relatively easy to apply compared to the high value of the results. It allows the characterisation of ...

02 - Hole-drilling method

The incremental hole method, also known as hole-drilling followed by strain-gauges, is able to determine residual stresses into depth.

03 - Method RS Profiler - Non-destructive testing of residual stresses via Eddy Current

The RS Profiler technique uses multi-frequency eddy current control. It is a non-destructive, innovative and fast technique allowing control of residual stresses induced by manufacturing processes such as...

04 - Shot peened surface characterization

The shot peening process forms a compressive layer on the part surface. Residual stress measurement is the most reliable and extensive mean to control this operation.

05 - X-ray diffraction method

Residual stress measurement by X-ray diffraction allows product quality and control, process optimization, fatigue design improvement and maintenance predictions.

Industrial solutions for the aero-structure industry

Discover all the Europe Technologies Group's solutions for the aeronautical and specifically the structural industry of aircraft. Our SONATS, GEBE2 and SONIMAT brands provide manufacturing and engineering solutions for composite and metal parts.

Industrial solutions for the aircraft engine industry

Discover all the Europe Technologies Group's solutions for the aerospace industry. Our SONATS, GEBE2 and SONIMAT brands provide manufacturing and engineering solutions for composite and metal parts.

CH - Automotive application

不同于传统喷丸技术采用空气压力或滚轮喷砂,STRESSONIC®工艺主导的超声波喷丸(USP) 技术采用20kHz超声波振动振幅把介质投射到受处理表面。

MRO Solutions - SONATS

CH - MRO Solutions

许多关键飞机部件对疲劳损伤敏感,需要进行表面强化,成为喷丸强化,用于增加疲劳强度。

CH - SONATS - STRESSVOYAGER - Peen Forming

机械撞针和喷丸成型操作意味着对零部件或金属结构的外形进 行精加

CH - STRESSVOYAGER - Ultrasonic Hot Peening

预应力喷丸与传统喷丸在其传输到介质上的动能方式不同。不同于使用气流或高速涡轮机, 我们的预应力喷丸工艺主要加速表面振动。振动频率位于超声波频段,所以称为超声波预应 力喷丸强化技术。

Turbines - Ultrasonic Shot Peening - SONATS

CH - Turbines Ultrasonic Shot Peening

SONATS已研发出一种创新而高效的技术(STRESSONIC®),用以代替传统喷丸工艺.

CH - USP Process

法国SONATS拥有超过20年的材料健康分析和金属部件疲劳性能优化经验,为您提供其专业知 识和研究、设计以及表面处理的最佳解决方案。

DE - NOMAD : Ausrüstung zum ultraschallaktivierten hämmern (HFMI)

Die Ausrüstung NOMAD basiert auf der STRESSONIC®-Technologie, die mittels Ultraschallhämmern (HFMI) das Einbringen von Druckeigenspannungen und die Reduzierung von Spannungskonzentrationen in metallischen Bauteilen und Strukturen ermöglicht.

DE - Ultraschallhämmern - UIT/HFMI

Beim herkömmlichen Hämmern handelt es sich um ein allgemein bekanntes Nachbearbeitungsverfahren nach dem Schweißen zur Verbesserung des Ermüdungsverhaltens. Diese Methode wird nur am Fuß der Schweißnaht angewendet.

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