INDUSTRIAL 3D PRINTER COVER

Design of a dimensionally large, visually appealing and structurally sound plastic injection molded cover of an industrial 3D Printer.
Design with an emphasis lead “Cost Effective Design”. Substantial cost reduction of BOM and optimization of production processes and costs.
Complex design of a 600 x 800 mm plastic construction with various challenging geometric and physical requirements.
Performance of advanced FEA, expedited design process and improved risk management.
Design with an emphasis on safety, ergonomics, serviceability and user interface.

INDUSTRIAL 3D PRINTER COVER

The problem we faced

Many older adults face a significant challenge when it comes to staying engaged and socially connected, leading to feelings of isolation and loneliness. As they age, factors such as physical limitations, reduced mobility, and the loss of friends and family members can contribute to a decline in social interactions. This lack of engagement not only affects their mental and emotional well-being but can also impact their overall quality of life and cognitive health.

Core Technologies:

Design of a dimensionally large, visually appealing and structurally sound plastic injection molded cover of an industrial 3D Printer.
Design with an emphasis lead “Cost Effective Design”. Substantial cost reduction of BOM and optimization of production processes and costs
Complex design of a 600 x 800 mm plastic construction with various challenging geometric and physical requirements.
Performance of advanced FEA, expedited design process and improved risk management.
Design with an emphasis on safety, ergonomics, serviceability and user interface.

Dimensions

88 x 37 mm, 3.5 x 1.5 inch (Diameter × Height, ±2mm)
Weight: ~130gr
Safety: CE Certified for personal continuous use. Tested according to
IEC/EN 60601-1, 60601-1-2, 60601-1-11, 60601-2-37
Enclosure Material: Biocompatible Polycarbonate plastic.