All analysis simulation on product for quality analysis and quality check

Wind Analysis

Plastic product design company in India

Plastic enclosure design for various electronic components is something we’ve done before. When designing our plastic enclosures, we take moulding feasibility into account, which reduces production time and costs. Depending on the application and customer requirements, we use snap fits, interlocking joints, threaded fasteners, and glue for connections.

Customers prefer enclosures that are visually appealing, and we have a strong foothold in this area. Depending on the intended use of the product, we’ll make recommendations on the best materials and thicknesses to use. Additionally, we design the product’s shape and structure based on its intended use. Additionally, we are able to make changes to existing enclosures to meet the needs of our clients. The look of your product is just as important to us as the fit.


We design the majority of our plastic casings for

  1. Wearable Enclosures
  2. Handheld Enclosures
  3. Wired Enclosures
  4. Wall Mount Enclosures
  5. PCB Enclosures
  6. IoT Device Enclosures
  7. Raspberry Pi Enclosures
  8. Electrical Enclosures
  9. Sensor Enclosures
  10. Electronic Enclosures
  11. Portable Instrument Enclosures
  12. Table top Instrument Enclosures
  13. IP 65/IP 66/IP 67 Enclosures
  14. USB Enclosures
  15. Monitor/Display Enclosures
  16. Medical Device Enclosures
  17. Kiosk Enclosures
  18. Signage Enclosures
  19. Arduino Enclosures

Design Companies

Custom plastic enclosure design for consumer electronics, telecommunications, and medical products is available from our team of designers. Design standards and consideration of Design for manufacturing (DFM) points are two things we adhere to in order to produce designs that are simple to manufacture and, as a result, reduce tooling costs.

In addition, we take into account the (Ingress Protection) IP Rating chart in accordance with the needs of our clients. Using 3D printing and vacuum casting, we can create low-volume prototypes.