MTR100: CM Lab Simulations
645 Wellington, #301
Montreal Quebec, Canada H3C 1T2
T: 514-287-1166
E: [email protected]
W: www.cm-labs.com/energy-offshore
CEO/President: Robert Weldon
No. of Employees: 135
Annual Sales: $7.5m
CM Labs is the developer of Vortex, a simulation platform that simulates the dynamics of virtual cranes, equipment, ROVs, AUVs, vessels, robotics, cable systems, tethers, and sonar. Vortex is found under the hood of many major maritime engineering and training applications today.
For more than 15 years, CM Labs has provided simulation solutions and services to organizations around the world. Through simulation, it helps to augment skills and reduce the risks of complex operations. With experience ranging from deep-sea to space projects, the CM Labs team features experts with decades of experience and wide-ranging backgrounds in training, vehicle dynamics, heavy equipment and robotics.
All CM Labs technologies and services are backed by our multidisciplinary staff, with PhDs and master’s degrees in the fields of virtual reality, engineering, computing, physics, and mathematics.
Through Vortex, CM Labs provides capabilities for training simulators, mission rehearsal, serious games, virtual prototyping, and testing. Vortex customers include FMC Technologies, Allseas Group, Subsea7, Oceaneering, Forum Energy, MARIN Institute, and more than 100 other leading organizations.
From Class A DNV ROV pilot simulators to drill deck simulators to crane simulators built to API, NORSOK, and OMHEC training guidelines, Vortex training solutions are used every day to prepare operators for the challenges offshore.
For EPIC projects, Vortex is used to virtually plan operations from the deck to the seabed—from lifting and rigging to tooling systems and asset deployment.
With Vortex, operations can be simulated, not just animated. This provides engineers with a complete understanding of equipment layout, functionality and control. It assures operational predictability, lower risk, and reduced commissioning time.
Operations modeling can be used to optimize existing projects, as well as new projects at the FEED stage. This includes the simulation of critical lifts, SURF installation, material handling, deck layouts, field visualization, and ROV operations.
Vortex provides engineering-quality real-time simulations that can be integrated with controls and systems design software to test and validate your equipment and procedures.
Vortex also simulates subsea hydrodynamics, cable systems, sonar, and other critical systems simulations and visualizations. Simulations run in a real-time environment that allows you to consider the impact of water currents, wind, and visual conditions. It provides a comprehensive simulation of equipment operations in situ and allows you to test in the virtual world what you can’t in the real world.
The MTR100 is Marine Technology Reporter's Annual report on 100 leading companies in the subsea industry, published in the July/August 2015 edition of MTR - http://www.marinetechnologynews.com/Magazine
Other stories from August 2015 issue
Content
- Drydocks World Builds World’s Largest Turret page: 6
- MTR 100: Jebsen & Jessen Offshore Pte Ltd. page: 6
- MTR 100: UTEC Survey Inc. page: 6
- MTR 100: VideoRay page: 8
- MTR 100: Fischer Connectors page: 10
- MTR 100: Turner Designs page: 10
- MTR 100: RECAB page: 12
- Ushering in the Age of the Autonomous Workboat page: 12
- MTR 100: InterMoor Inc. page: 13
- MTR100: Sparton Corporation page: 14
- MTR100: JouBeh Technologies page: 15
- MTR100: LinkQuest Inc. page: 15
- MTR 100: Battelle page: 16
- MTR100: RJE International, Inc. page: 17
- PART I:Teledyne Marine Sensors & Systems page: 18
- MTR100: PERSEUS page: 24
- MTR100: Rowe Technologies page: 25
- MTR100: McLane Research Labs page: 25
- MTR100: EdgeTech page: 26
- MTR100: Silicon Sensing Systems Ltd. page: 26
- MTR100: QPS-US (Quality Positioning Services) page: 27
- MTR100: Novacavi page: 27
- MTR100: Ohmsett page: 28
- MTR100: CARIS page: 29
- MTR100: MMT page: 30
- MTR100: Ocean Sonic page: 31
- MTR100: Sidus Solutions page: 31
- MTR100: Kongsberg Maritime page: 32
- MTR100: Venture into the Norwegian Subsea Valley page: 34
- MTR100: 2G Robotics page: 39
- MTR100: Teledyne Oil & Gas (PART II) page: 42
- MTR100: Saab Seaeye page: 44
- MTR100: Bordelon Marine page: 44
- MTR100: Greensea page: 45
- MRT100: Rockland Scientific Inc. page: 46
- MTR100: EvoLogics GmbH page: 46
- MTR100: Seafloor Systems, Inc. page: 47
- MTR100: SeaView Systems, Inc. page: 47
- MTR100: Multi-Electronique page: 47
- MTR100: CM Lab Simulations page: 48
- MTR100: Aanderaa Data Instruments AS, a Xylem brand page: 49
- MTR100: Sensor Technology Ltd. page: 49
- MTR100: Editor’s Choice - Five Stand-Outs page: 50
- MTR100: Kraken Sonar System page: 56
- MTR100: INNOMAR Technologie GmbH page: 57
- MTR100: SBG Systems page: 57
- MTR100: SEACON page: 58
- MTR100: GeoGarage page: 59
- MTR100: SCHOTTEL HYDRO GmbH page: 59
- MTR100: Titanium Industries T.I. page: 60
- MTR100: Allspeeds Ltd. page: 60
- MTR100: BioSonics, Inc. page: 61
- MTR100: Valeport page: 62
- MTR100: Forum Energy Technologies page: 63
- MTR100: MacArtney Underwater Technology Group page: 63
- MTR100: Loggerhead Instruments page: 64
- MTR100: Birns, Inc. page: 64
- MTR100: Caley Ocean Systems Ltd. page: 65
- MTR100: ASV page: 66
- MTR100: RBR page: 67
- MTR100: Teledyne Marine Acoustic Imaging Group (PART III) page: 68
- MTR100: Linden Photonics page: 72
- MTR100: develogic GmbH page: 72
- MTR100: Hydroid Inc. page: 73
- MTR100: JW Fishers Mfg. Inc. page: 74
- MTR100: iXBlue page: 74
- MTR100: L-3 Communications Klein Associates, Inc. page: 76
- MTR100:nke Instrumentation page: 77
- MTR100: Southwest Electronic Energy Corp. page: 77
- MTR100: Sea-Bird Scientific page: 78