Oficina técnica de Eminox Tech

Engineering and Design

From concept to manufacturing drawing. 3D CAD design, industrialisation and technical validation for stainless steel components.

What is industrial engineering and design?

Eminox Tech’s engineering and design service turns ideas and functional requirements into manufacturable technical solutions in stainless steel, from the initial analysis through to complete manufacturing documentation.

Our team of engineers works closely with the client to develop designs that meet technical specifications, industry regulations and manufacturability requirements.

  • Technical feasibility analysis Requirements assessment and definition of optimal solutions
  • Complete CAD development 3D modelling and production of manufacturing drawings
  • Process optimisation Design for manufacturability and production efficiency
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Technical capabilities

Full engineering services for the development of industrial stainless steel projects.

3D CAD design

Complete three-dimensional modelling using professional CAD software. Realistic visualisation and clash detection.

  • SolidWorks and AutoCAD
  • Complex assemblies
  • Assembly simulation
  • Technical rendering

Industrialisation

Adapting the design to the available manufacturing processes. Optimising production costs and lead times.

  • DFM (Design for Manufacturing)
  • Manufacturability analysis
  • Material optimisation
  • Fewer operations

Technical validation

Verification of specifications, regulations and functional requirements before manufacturing.

  • Structural analysis
  • Regulatory compliance
  • Dimensional review
  • Virtual prototypes

Engineering process flow

A structured methodology from the initial brief to the release of drawings for manufacturing.

01

Brief and technical requirements

Initial meeting with the client to understand functional needs, technical constraints, applicable regulations and material specifications. Definition of the project scope.

  • Technical meeting Needs analysis
  • Documentation Initial specifications
  • Regulations Legal requirements
02

Concept development

Creation of conceptual design proposals. Technical sketches and preliminary 3D models. Evaluation of alternatives and selection of the optimal solution together with the client.

  • Ideation Concept proposals
  • Technical sketches Initial visualisation
  • Client validation Concept approval
03

Detailed drawing development

Complete 3D CAD modelling with all construction details. Manufacturing drawings with dimensions, tolerances, material specifications and finishes. Comprehensive technical documentation.

  • 3D modelling Detailed design
  • Technical drawings Complete documentation
  • Specifications Tolerances and materials
04

Prototype and validation

Physical prototype manufacture or validation through virtual simulation. Verification of functionality, dimensional adjustments and assembly checks. Iteration where necessary.

  • Prototyping Sample manufacture
  • Functional testing Operational validation
  • Adjustments Final optimisation
05

Release for manufacturing

Final approval of drawings and technical documentation. Delivery of a complete manufacturing package including bill of materials, assembly instructions and quality specifications. Start of production.

  • Final approval Project sign-off
  • Technical package Complete documentation
  • Start of manufacturing Move to production

Engineering projects

Examples of technical developments carried out for industrial clients.

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From drawing to component

Complete technical development from CAD modelling to the finished stainless steel part.

Engineering applications

Technical development for different types of industrial equipment and components.

Industrial equipment

Design of complete machinery and equipment for industrial processes. Integration of mechanical, structural and functional components.

  • Processing machinery
  • Conveying systems
  • Packaging equipment
  • Complete installations

Accessories and components

Development of specific parts and industrial accessories in stainless steel. Design optimised for manufacturing and assembly.

  • Brackets and fixings
  • Structural components
  • Joining elements
  • Spare parts

Production lines

Planning and design of complete industrial production lines. Plant layout and optimised material flow.

  • Layout design
  • Equipment integration
  • Flow optimisation
  • Automation

Adaptations and upgrades

Technical modifications to existing equipment. Improvements in functionality, efficiency and regulatory compliance.

  • Machinery retrofitting
  • Regulatory upgrades
  • Performance improvement
  • Capacity expansion

From drawing to finished part

The complete process from technical design to final manufacture in stainless steel.

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Turning design into product

A look at the complete workflow, from initial CAD modelling through the various manufacturing processes (cutting, bending, welding) to final finishing and quality control. A tour of Eminox Tech’s comprehensive technical capabilities.

Next stage: manufacturing

Once the design is complete, the drawings move on to the various manufacturing processes.

Cutting Processes

Precision laser cutting to drawing specifications.

Precision Forming

Bending and rolling with dimensional control according to the technical design.

Technical Welding

Joining of components by certified TIG welding.

Do you have an engineering project?

Tell us about your functional needs and our technical team will propose the most suitable design solution for manufacturing in stainless steel.

Contact

For technical enquiries about engineering and design projects.

Company EMINOX TECH
Address AVDA PAISOS CATALANS, 210-212
17457 RIUDELLOTS DE LA SELVA