4. Creation: 1994 in Paris, France
Capital: 100% Private
€ (2012): 141 million Euros
France Paris, Le Havre, Nantes
Toulouse & Bordeaux
Lyon & Marseille
Germany Munich
Stuttgart
Hannover & Hamburg
Switzerland Ginebra
Zürich
Spain Barcelona
Pamplona
Madrid
Belgium Brussels
Morocco Casablanca
Mexico Monterrey
Brazil Sao Paulo
Presentation Group
4
8. MATIS GROUP – MEXICO OPERATIONS
Creación: 2009 Monterey
Monterrey, Nuevo León
Oficina Técnica
Otra Ubicación : México
Oficina Comercial
PUEBLA
Oficina Técnica y
Oficina Comercial
COBERTURA NACIONAL
Staff 2012: 20 employees
Investments 2013-2016
Cuahuila
Centro de Fabricación
8
9. Matis Group Philosophy
Demanding recruitment politics High level engineers at their
customers disposal
Strategy
Objective:
To guarantee quality in results and competitiveness with innovative and adapted solutions
to add Technological ValueOWN HUMAN RESOURCES
9
10. Matis Group Experience
Knowledge and experience
Research &
Development Production Methods Operation
Maintenance
Phase 1 Phase 2 Phase 3
Application scope in:
10
11. Mechanics
Physics
Structural & Fluids
Electronics
Automation & Embedded
Analogical & Digital
Software
Industrial & Scientifics
Embebbed & Real time
•Wiring
•Electrical installation
•Electro-mechanics
•Sensor
•Calculators
•Actuators
•Control and command rules
•Vibration and acoustics
•Thermics and thermo-mechanics
•Fatigue and endurance
•Damage tolerance
•Kinematics
•Physico-chemical phenomena
•Energy
•Chemical Engineering
•Process Engineering
•Civil Engineering
•Safety
•Development
•Digital Analysis
•MMI
•Signal processing
•Image processing
•Middleware
•Management Systems
Performance domains
Experiencia Matis Group
Knowledge and experience
11
12. Mechanical Design
Structures, Systems (electric, hydraulic…), Tools, Benches
Structural Analysis
Static, Dynamic, Fatigue, Vibration…
Production and Methods
Industrialization Continuous Improvement, Supply Chain.
Software
Real time, Industrial, Embedded, BRMS…
Electronics
Control, regulation, test benches, calculators, avionics
Test
R&D, setup, Certification, Qualification…
CFD
Aerodynamic, Thermodynamic
Energy
Rotating engines, piston engines, green energies
Management
Team, Project, Coordination
Systems
Electric, Hydraulic, Wiring
Experiencia Matis Hispania
Know-How
Production
Systems
Testing
Softwares
Stress
Management
Energies
CFD
Electronics
Structural Design
12
13. Matis Group Collaborations
Collaborations offered by MATIS HISPANIA
Global Solutions
Projects
“Ready-to-operate”
Matis Goup Technical Office
Support on Resources
Technical Assistance
Engineers working at Customer site
Cover needs
13
15. Definition of:
- Prices
- Payment forms
- Reviews
- Commitment
- etc.
Definition of:
- Project dates
- Team composition
- Technical capacity
- Material resources
- Required experience
- etc.
Matis Group Solutions
Detect ion of a need
Analysis and description of the need
Search of profiles and
sending of technical form
RCT
(Meeting for Technical Qualification)
Start of Project
End of Project
Follow-up meetings
1. Working process for Technical Assistance
15
16. Matis Group Solutions
2. Execution of ready-to-operate projects at DMT Mexico Technical Offices
Solutions
16
17. 17
- Diversity of profiles:
Engineers, technicians, designers
Matis Group Solutions
- Great ability of projects absorption
- Accompaniment on international projects
DTD
RCI OT BCN RCI OT PMP
RCI CALCULATION
SIMULATION
RCI A.F.P
QUALITY RESP
• HR
• Balanced human resources
team
• Average age: 33
• Gender equality 35%W to
65%M
• 10 RCI (Engineering Center
Responsible)
• Management and supervision
of projects
• Coordination of teams
• Technical support
• Supervision of internal
training
• Consultancy and solutions
• R & D
• 1 Technical Manager
• Technical coordination
• Enterprise strategy
• Business development
Engineers 60% Technicians 35%PhDs 5%
2. Internal structure of DMT Group Technical Offices
Technical Office: Barcelona
Technical Office: Pamplona
19. 19
Matis Group Solutions
Preliminary Draft
Design
Calculation
Manufacture
Set Off
Tests
We carry out projects which need global solutions
Technicalview
Planning
2. Ready-to-operate projects
Documentation
20. 20
Manufacture workshop:
Services and machinery fleet
• Specialized on technical parts and mechanical assemblies,
prototypes – pre-manufacture.
• Activity sectors: industrial
machinery, automotive, aeronautics, energies, medical, agr
iculture…
• Certified welding WPQR according to EN-ISO 15614-1
• ISO 9001:2008 Certification
• Covered surface: 4.000 m2
1800 m2 surface for mechanical assembling
2 travelling cranes of 8Tn and 5Tn.
2. Ready-to-operate projects
Matis Group Solutions
Solutions on:
Mechanizing – Boiler - Painting – Finishing- Assembling
21. 21
• HAAS VM-2 30X20X20 (12000RPM) Cargador 25 herramientas.
3U
HAAS VM-3 40X26X25 (12000RPM) Cargador 25 herramientas.
2U
HAAS VM-6 64X32X30 (12000RPM) Cargador 25 herramientas.
1U
HASS VS-3 150X50X50 (7500RPM) Cargador 30+1
herramientas. 1U
TORNO HASS ST-40L Volteo 34,5 (2400RPM) 648mmx2032mm
cargador 12 herramientas 1U.
FRESADORA PUENTE HAAS GR-712 145X85X25 (10.000rpm)
MITSU MDIII
CNC laser cutting machine with capacity on
carbon steel of 25mm, stainless steel of 10 mm
and aluminum of 6mm in sheets of 3000x1500
size.
CNC folder with capacity of 4000mm /170 Tn.
and 3000mm /150 Tn.
Conventional folder of 3000mm /90 Tn.
Guillotine shear with capacity of 3000x6mm.
2. Ready-to-operate projects
Manufacture workshop:
Services and machinery fleet
Matis Group Solutions
22. 2. Ready-to-operate projects
Manufacture workshop:
Services and machinery fleet
Product Desing and Manufucturing
Reverse 3d Engieenering
Comparing Dimensions
Rapid Prototyping
22
35. Solutions on:
Viability of product and components
Aspect design
Mechanical conception
Interpretation of drawings and data
Conversion of formats or softwares
2D and 3D modeling of complex elements: solids, surfaces
Development of elements of plastics, mechanical, sheets, piping, tubing, etc.
Drawings of manufacture, quarters, assemblies
35
38. Solutions on calculation and simulation
Complex models of finite elements.
Elements: shell, hexahedron, tetrahedron, mixed.
Above all of parts and assemblies.
Structures calculation on: statics, dynamics, thermal, thermo-
mechanics, vibrations, fatigue, crash.
Modeling of non-linear phenomena (contact, great deformations, great
displacements.)
Pre-dimensioning and dimensioning of parts.
Kinematics of articulated systems.
Rapid prototyping (RP), clay, stereo-lithograph, etc.
38
39. Solutions on calculation and simulation
• Feasibility
• Weight reduction
• Design improvement
• Cost reduction
• Certification
• Productivity increase
• Agile and lower-cost design
• Creation of virtual prototypes
39
40. Solutions on calculation and simulation
• Non-linear analysis.
• Simulation problems with contact pairs.
• Great deformations and displacements.
• Non-linearity of material behavior:
hardening, elastomer, etc.
Turnover with great deformations
40
41. Solutions on calculation and simulation
• Dynamics simulation
• Extraction of natural frequency
• Response of spectral analysis
• Transitory modal dynamic analysis
• Experience on adjusting models with tests
• Explicit models
Dynamic response
Mode in a wind turbine casing
41
43. Solutions on calculation and simulation
• Calculation of screwed junctions (UNE).
• Mechanical elements such as axles or bearings.
• Analysis of elements fatigue.
• Excel sheets, macros, etc.
• Calculations with Matlab.
43
44. Solutions on calculation and simulation
• Choice of materials.
• Meshing of different types (automatic and manual of bearing).
• Thermal analysis.
• Durability.
• Optimization of design through simulation.
• Buckling and post-buckling analysis.
Housing Temperature map
2D Mesh with welded zones
included
44
45. Solutions on calculation and simulation
Meshing of components to make calculations
• Making meshing:
• Air grille for automobile.
• Made at LCC in Casablanca (Morocco).
• Making meshing by using ANSA.
45
46. Solutions on calculation and simulation
Meshing of components to make calculations
• Meshing of pedal system assembly.
• Made at LCC in Casablanca (Morocco).
• Making meshing by using Hypermesh.
46
47. Solutions on calculation and simulation
• Thermal analysis of aluminum housing.
• Stationary thermal calculation:
radiation, conduction and convection.
47
48. Solutions on calculation and simulation: example
Anchoring system for converter lifting toolkit
Description:
• Local study with finite solid elements at the anchoring
zone.
• It simulates the zone of junction between ring and
sling, through contact.
48
49. Solutions on calculation and simulation: example
Calculation of life-lines for wind power sector
Description:
• Study of anchoring zone and life zones.
• Non-linear analysis to simulate test of plastic
deformation of the life-line support.
49
50. Solutions on calculation and simulation: example
Calculation of nacelle lifting toolkit
Description:
• Study through solid elements of the T-
shape structure of the nacelle lifting
toolkit, under linear static analysis.
50
51. Solutions on calculation and simulation: example
Calculation of toolkit for nacelle sea transport
Description:
• Linear static calculation through finite
Shell elements of the support structure
with its anchoring systems (stoppers)
51
52. Solutions on calculation and simulation: example
Calculation of toolkit for testing wind turbine main shaft
Description:
• The screwed junction of the test toolkit
structure is studied through non-linear analysis.
52
53. Solutions on calculation and simulation: example
Calculation of tracks for transport
Description:
• At the calculation, the modeling of the pin
junction between pillar and case beam is
noticeable.
53
56. EEEA
HarnessSoftwareHardwareSimul. & valid.Architecture
Specification
Diversity gesture
3D Development
Zoning
Mechanical Interfaces
Schematics
Fusibles / Relays
Components Choice
Bill of materials
Linked parts
2D Drawings
Manufacturing plans
Embedded
Applicative
Real Time
Complete software
development
SIL Benches
Needs and
requirements
analysis Software
architecture
Applicative software
around real time core
C++, JAVA…
Algorithm integration
VHDL,C, MATLAB RTW
Low level
Drivers, API
Protocol integration
CAN, VAN, MOST, LIN
Diagnostic
Electronic & Electric
Product definition
Specification
Carry over gesture
Function Integration
I/O definition
Network Management
Diagnostic specification
Constraints and risks
Vehicle requirements
Suppliers piloting
Simulation activities
Model Making
Multi-physic model
Simulation
Control command
Command laws
Software specification
MIL Benches
Speed prototyping
Setting on vehicle
HIL BENCHES activities
Complete Development
Testing activities
Functionalities
Worst cases
Intersystem
EMC / ESD
Drop Voltage
CAN / LIN
Diagnostic
Dynamic
Complete system
development
Ex: Alternative Drive
Train offer
Analog
Digital
Power
HF
Electronic prototype
card development
Specification
Schematic
Simulation
Component choice
PCB (until Gerber
files)
Power supply
Energy conversion
Electric Moteur
EMC
Energy Gesture
56
61. Toolkit for extracting product
Toolkit for extracting a product for its visual inspection in a
robotized line
Front internal side
Rear internal side
61
62. Toolkit for extracting product
Toolkit for extracting a product for visual inspection in a robotized
line
Side covering
Complete internal side
62
63. Design of an arch welding tooling for engine support
63
64. Welding toolkit
Process:
• Structure design
• Surfaces for welding verification
• Calculation
• Constructive drawings
• Flow-chart definition (Manufacture process)
Description:
• Toolkit for fixing the part to be welded on places
specified by customer.
• The welding is carried out by a welding arm which is
programmed to weld on the required parts.
• The upper bedplate is revolving by the intermediate of
a motor.
• The lower bedplate is extensible, to be adapted to
other upper structures to fix other parts to be welded.
Upper revolving
bedplate
Part to be
welded
Lower bedplate
(extensible)
Motor
64
65. Design of toolkit for pressing and marking
PRESS AND DOUBLE EFFECT MARKER
Dimensions:
Complete press
2390x167c0x1450
Lower zone
2390x1600x1097
Upper treader
2350x1670x555
Upper press
1832x1134x715
q
UPPER BASE
LOWER BASE
65
66. Design of toolkit for cutting and stamping of internal covering for automobile door.
Dimensions:
Chariot stator-carrier.
6160X3140X2830
STATOR WEIGHT 25 TM
TOOLKIT WEIGHT 12000 KG
Chariot tray resin-carrier.
3170X1335X688
RESIN WEIGHT 1000 KG
TOOLKIT WEIGHT 860 KG
66
67. Design of manufacture tools
Description:
• The customer owned a great amount of toolkits used at the production
line, for manufacturing two vehicles of his range.
• There was no drawing of those toolkits, which made impossible to
manufacture them again for their use at the new plants in China.
Process:
• Visit to plant to sketch the existing toolkits which were being used at the
production line.
• From those sketches, carrying out of 3D and manufacture drawings in CATIA
V5 , following the drafting procedures of the customer.
67
68. Design of a welding toolkit
Welding toolkit designed for automotive sector
68
69. Design of a welding toolkitq
Welding toolkit developed for automotive sector
69
71. Management of projects for manufacture plants
Description:
Mechanical engineering in applications of screwing, automatics,
robotics, maintenance, toolkits, etc.
Mechanical engineering in 3D design (Inventor, Solidedge,
Catia V5).
Engineering of detail and quarter to send to customer
mechanization workshops.
Follow-up and control of manufacture at workshops selected
by customer.
Generation of specifications for subcontracting automatisms/process (robotics, control, etc.), assembling
and
mechanical adjustment.
Coordination of subcontractors of mechanical assembling, robotics and/or automatisms.
Mechanical re-design of parts of the installation in order to optimize the installation and reach a 98%
reliability.
71
72. Engineering support to Industrial Plants
Support to departments for projects development, on the following areas :
• Mechanics and electrics: industrial machines, their application and choice criteria.
• Preparation of projects and technical specifications.
• Plants maintenance.
• Internal audits.
• Budget control.
72
74. Computer support for automotive sector projects
Update of computer systems
•Making backups.
•Installation and configuration of equipments destined to test car
information switchboards.
•Follow-up and solving problems at workstations.
•Update and configuration of workstations.
•Installation, configuration and maintenance of servers.
•Installation of backup system in real time.
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