Skin Scanning Device
The DigiSpectro Handheld Device is a precision consumer or professional instrument developed by DigiSpectro, with product design and manufacturing management handled by JVG Product Design. The project entered the tooling and injection moulding phase in early 2026.
The device is a compact, ergonomic handheld enclosure housing sensing technology, with an LCD screen, a push-button control interface, and a precision optical sensor system. The housing is a multi-part injection moulded assembly comprising several key components, developed and refined through a detailed Design for Manufacture (DFM).
Upper housing — the primary enclosure body, pad printed for branding, manufactured in PC+ABS with a lightly textured exterior surface finish (VDI 21–24 standard) for a clean, professional aesthetic
Lower housing / base — the complementary rear shell of the device
Screen protector / LCD window — a high-clarity transparent panel moulded in NAK80 steel tooling to achieve maximum optical transparency for the display
Sensor shield and diffuser — a precision optical component thinned to specification during DFM review to minimise sink marks and ensure consistent light transmission
Button — a hard PC+ABS button with a central fill plug to prevent surface sinking, designed for the first production run (with a soft TPU variant to be explored in future iterations)
Rubber grip / gasket components — moulded in TPE material (TC6MLB grade, Shore 60A hardness) for comfortable tactile feel
The DFM review process involved multiple rounds of iteration between JVG and DS, covering draft angles, undercut resolution, wall thickness adjustments, surface texture selection, and tool steel specifications. Upon sign-off of the 3D mould drawings, GTS commenced tooling fabrication with weekly production progress updates. The project timeline from final design sign-off through to first off-tool samples involves tool fabrication (10–14 weeks).
The project was actively progressing through tooling manufacture as of April 2026, with injection-moulded samples expected upon mould completion and trial.
