PROTOTYPING

Realization of prototypes for project verification and functional aesthetic for the assent of the costumer. In this phase, some components are made through working process consistent with the aim. Some typologies used: SLA, SLS, high precision CNC, rapid molds.

PRODUCTION

  • Realization of molds and equipment
  • Assembling for small series or niche cars. Using qualified companies specialized in the construction of equipment and in the related industrial processes, our company is able to provide the finished product.

TESTING

  • Testing on assembled components
  • Ministerial homologation

HOMOLOGATION

Disline is able to provide the Ministerial Homologation related to the lightening components according to the reference markets.
  • Official tests for the functions performed in laboratory approved by Ministry.
  • Payments to the Ministry for the release of the documentation.
  • Presentation of documents, delivering requests, statements and collecting certificates.
  • Preparation of technical documentation (drawings + technical report).
  • Manufacturing supports in order to perform the approval tests of the supplied components.
The engineering sector combine various elements of mechanic, electronics, information technology and security applied to the designing and realisation of components and special tools in the automotive field.
Thanks to the know-how acquired throughout many years of activity, to the experience and to the technical competences of the staff, DISLINE ENGINEERING offers to their clients innovative and high-quality solutions, suited to fully satisfy their every need. The study of automotive engineering is to project, to develop, to manufacture and to test vehicles or components of vehicles from the conceptual phase to the production phase, always respecting all the current regulations.
In a constantly evolving market, great importance is given to the capability of innovation with the study of the technological solutions applicable to solve problems that may emerge in the various phases of the project development. The continuous research of new solutions allows the preservation of the company’s know-how and to progress in the technological knowledge.

MAIN PHASES OF DEVELOPMENT

  • Costumer demand analysis
  • Mechanical feasibility study
  • Optical – photometry study
  • Electronic feasibility study
  • Project development with realization of 3D models and 2D drawings
  • Thermal analysis
  • FEA and FEM analysis
  • Realization of molds and equipment
  • Production
  • Testing
  • Ministerial homologation
Flexibility, technical expertise, reliability.

DisLine Engineering