Designing products for manufacturing
Design for Manufacturing (DFM) is an approach to product design that systematically includes considerations of manufacturability throughout the entire design process.

Complex layout for drug delivery system.

In order to design a deviceusing DFM, the development team needs to understand the processes of how products are manufactured. This understanding comes through experience in manufacturing, training, and an understanding of design rules and guidelines. A permanent feedback loop that capitalizes on the learning curve within the manufacturing area ensures up to date information for the design team.

Parallel product design and process development
The innovative technological drive of Valtronic requires in many cases that processes and products be developed simultaneously and in strong correlation. This is a joint effort of the Design Team and the Technology Department.

Early involvement
The development flow offers the largest possible range of activities, from common specifications development to manufacturing support.
By including Valtronic early, as part of your development team, the design and prototype phase of your project can be accelerated, making you benefit from years of production experience.

ISO 13485:2003 and ISO 9001:2000
A formal process, as defined by ISO 13485 and ISO 9001, describes our development and design services.

Our engineering competencies

• Electronic development
  • Analog and Digital embedded design
  • VHDL Design
  • FPGA Design
  • ASIC Design Control (external ASIC design)
  • RF and RF ultra low power
    
    

• Mechanical design with embedded high density electronics for retina implant project.

  Embedded Processor and micro-controller HW and SW Design
  • Simulation tools
  • Spice Simulation
  • Expected reliability Simulation
    
    
• Layout
  • Mastery of all types of circuits (flexible, rigid, rigid-flex)
  • 3DCSP (Chip Scale Package)
  • High-frequency circuits
  • High-density circuits, microvias, buried vias, blind vias
    using Mentor Graphics, Protel, OrCad
    
    
• Mechanical and technology development
  • Design 3D using Solid Works
  • Design of all the product's mechanical components and incorporation of the miniaturized electronic module
  • Mold and tooling production management for all components
  • Case design and plastic manufacturer control
    
    
• Simulation tools for mechanical development
  • Vibration FME (Ansys)
  • Thermal FEM (Ansys)
  • Optical (Zemax)
    
    
• Test systems
  • LabView and CVI
  • T-Pascal
  • Embedded Processor and micro-controller
    
    
• Project management
  Full scale project management that includes:
  • Project flow control sustained by Design Review with customer
• Customer reporting and product validation
• Subcontractor control and monitoring
• Interfacing with customers and regulatory bodies
• Design History File management