Design. Analyze. Optimize.

RAM Products in Use

Pöyry: Demanding dependability and risk analyses for various industries. ELMAS is also chosen as the main method in risk evaluations for construction projects:

Posiva: Risk assessment and management utilizing ELMAS. Risk analyses based on design review process:

Caverion (former YIT Industry Ltd)i.a. development of maintenance outsourcing services, evaluation of process efficiency, dynamic simulation models and criticality analyses: 

Efora: Risk analyses, dynamic simulation models and developing maintenance outsourcing:

Konecranes: Reliability modeling and service development of cranes and machine tools, and enhancing communication between CMMS and dependability calculations:

Cern: ELMAS is used to model the collider systems and to simulate the particle acceleration process. The analyses are used to find possibilities to improve the current particle collider system.

Read more from FCC study page: Reliability and availability are key quality attributes

Helen: Identifying and analyzing technical risks of district cooling and heating plants through ELMAS dependability analyses:

Raute: Analyzing dependability risks of veneer production and improving maintenance data collection to support the development of process devices and management of life cycle costs:

Fortum: Sustaining and developing safety, availability and performance factors. RCM analyses in Loviisa nuclear plant:

Rolls-Royce: Design for reliability and development of service need predictability for propulsion equipment: 

Fingrid: Reliability analyses of substations and transmission lines in Finnish utility grid:

PVO: Dependability analyses of power plants, identification of critical devices and creating an analytical approach for process dependability development :

Outotec: Analyzing and modeling availability of greenfield plant projects:

Algol Technics: Life cycle concepts for material handling solutions. Optimizing overall costs of material handling functions by considering maintenance costs, investments and production loss during the whole life cycle:

Elisa: Developing availability and reliability processes of telecommunication networks:

Cargotec: Systematic reliability design of various products and optimizing their maintenance actions:

Outokumpu: Reliability model and an extensive availability analysis of a processing line in Tornio factory:

Ruukki Production: Development of dependability and maintenance, and optimizing reliability and maintenance costs of the critical elements of a single manufacturing process: 

Empower: Developing maintenance outsourcing services and analyzing availabilities of telecommunication networks:

United Paper Mills: OEE-calculations, equipment failure analyses and scheduled maintenance program development in several mills. The main goal is to use new methods and tools for enabling dependability-based maintenance strategy (e.g. bottleneck analyses and investment plant):

ABB Service and ABB Marine: These global ABB business units create projects in various application areas including product design, service actions and maintenance services:

Nokia Technology Platforms: Reliability engineering, requirements management and testing. Also as a tool for product design to perform reliability-based root cause, cause-consequence, failure tree and cause-effect analyses: 

Nokian Renkaat: Dependability analyses for process lines, development of OEE management and enhancing the usability of the CMMS:

Wärtsilä: Designing availability in research and product development projects of Fuel Cell and Diesel motors:

Kone R&D and Service units: Reliability engineering and service development, field data collection, focusing operations and giving feedback to desing sector:

TeliaSonera Networks: Developing dependability of telecommunication services by applying modeling and simulation:

StoraEnso: Optimizing stock levels in Finland and e.g. criticality analysis and maintenance programme optimization of a grinding line: 

Metso Automation: FMEA/FTA modeling, effective problem solving and as a tool in R&D projects helping cooperation between different teams:

Atria: Managing and optimizing stock levels:

Vapo Production: Modeling and analyzing the dependability and maintenance of a process line:

TVO: Optimizing stock levels and managing dependability and maintenance factors:

Hämeenlinna University of Applied Sciences and AutoMaint: Basic education of maintenance technology and corporate services, optimizing industrial process operations:

Lapin AMK: Basic education of maintenance and dependability technology in degree programmes of mechanical and production technology together with using ELMAS software in Bachelor´s theses:

Jyväskylä University of Applied Sciences: Basic education and commercial training for maintenance and e.g. RCM-analysis: 

Tampere University of Technology: Worldclass academic research, basic education and training, consulting and application services for technology companies using RAM Products: