Cabinet & Furniture Lighting (Kitchen, Wardrobe, Vanity & Mirror Cabinets)

- Kitchen cabinets, wardrobes, vanity cabinets, mirror cabinets, bathroom cabinets

- Operating temperature: +1°C to +45°C

- Power: 12V to 24V DC

- Installation: under panels, under countertop, toe-kick line, or above/below mirrors

- Often requires sensors (PIR/hand-sweep) and centralized power via a junction box

- Exposure: occasional cleaning agents

- Mounting: aluminum profile + clips (ultra-slim profile if thickness is limited)

- Goal: dotless, uniform lighting with clean concealed wiring and fast installation—without heat build-up in limited cabinet structures.

- Core risks: hotspots/shadows, complex wiring in tight spaces, insufficient thin-profile mounting, heat management, inconsistent color across multiple strips.

- Deliverables: cut-to-fit + quick-connect harness + thin-profile mounting + sensor integration guidance + validation pack.

- Mechanical drawing / installation positions + cable routing

- Operating environment (temperature range, humidity/condensation, cleaning agents)

- Power (voltage, driver location) and control method (if any)

- Target brightness + uniformity acceptance

- Optical requirements (dotless / light-guide / glare limits), CCT/CRI, color tolerance (SDCM if needed)

- Serviceability requirement (replaceable modules vs permanent install)

- Compliance targets (CE/UL) + required documents

- Estimated annual volume and sample plan

- Sensor type preference (PIR / hand-sweep / door switch) + wiring interface

- Maximum allowable profile thickness / available mounting space

- Cleaning / chemical exposure list (if any): alcohol, detergents, oil fumes/mist, steam, smoke; frequency and method

- Cut-to-any-length requirement; quick plug-in terminals for easy powering

- Concealed wiring and easy installation

- Multiple strips share a junction box (centralized power distribution)

- Need PIR or hand-sweep sensing for smart on/off

- No shadows or hotspots; uniform illumination required

- Ultra-thin aluminum profile needed due to limited panel thickness

- High LED density with low heat to protect cabinet structure and safety

- **Dotless / uniform optics:** control LED pitch + diffuser distance; recommend COB/diffusion where needed

- **Cut-to-fit + connector standard:** define cut increments; standardized quick-plug terminals and strain relief

- **Hidden wiring:** routing and exit rules; labeling; minimize field splicing; modular harness

- **Junction box design:** number of outputs, load per channel, keyed pinout; serviceability

- **Sensor integration:** stable triggering logic and noise immunity; clear wiring diagrams

- **Thin-profile thermal path:** profile thickness constraints + heat dissipation; temperature rise verification

- **Color control:** lock CCT/CRI/SDCM targets; batch sampling and change control

- **Material resistance:** select jacket/sleeve, coating, adhesive, and connector materials to resist listed exposure (steam / cleaners / alcohol / oil fumes) and prevent corrosion

- **Mounting rule:** Mounting: aluminum profile + clips (ultra-slim profile if thickness is limited)

- Uniformity / hotspot check | Pass: meets agreed viewing conditions

- Quick-connect insertion / retention | Pass: reliable after repeated plug/unplug cycles

- System temperature rise in thin profile | Pass: within safe limits for wood/plastic structures

- Sensor function test | Pass: stable trigger range and no false triggering

- Voltage drop and total load at junction box | Pass: within agreed limits

- Color consistency sampling | Pass: within agreed CCT/SDCM tolerance

- Chemical/steam exposure check | Condition: project-defined wipe/steam cycle | Pass: no delamination, no corrosion, stable output