The Challenge
Furniture lighting is specified by furniture makers, not lighting engineers. It has to fit a 15 mm rebate, run from a 12 V or 24 V supply the cabinet already has, switch on when the door opens, and never be the reason a customer calls back. Heat, cable routing and driver siting are the details that decide whether an installation succeeds.
Our Approach
Think-max furniture profiles are deliberately small, low-profile and low-heat. Using high-efficiency COB and SMD engines at reduced drive current keeps the extrusion cool enough to sit against melamine, MDF and veneer without scorching or long-term discolouration.
Everything is designed around concealed wiring: rear-entry cable channels, push-fit connectors and drivers sized to sit inside a plinth, back panel or a dedicated driver profile. Door and drawer sensors, hand-wave switches and touch dimmers are available as plug-in modules, so a cabinet can be lit without cutting into the carcass design.
Typical Applications
- Wardrobes, hanging rails and drawer interiors
- Kitchen wall units, plinths and worktop undersides
- Bookshelves, display joinery and alcove shelving
- Bathroom vanity and mirror cabinets
- Reception desks, counters and hospitality joinery
Recommended Systems
Shelf & Cabinet Profiles
- Sections from 8 × 8 mm for 15 mm and 18 mm board
- Recessed, surface and 45° angled variants
- Opal, frosted and clear diffuser options
- Anodised silver, black and white as standard
Low-Voltage Engines
- 12 V and 24 V DC, 4–14 W/m
- COB and 2835 / 2216 high-density SMD
- CRI 90+, 2700 K – 6000 K
- Suitable for dimming without flicker on quality drivers
Sensors & Switching
- Door, drawer and PIR sensors
- Hand-wave and touch dimmers
- Plug-in connectors and pre-wired harnesses
Working With Furniture Makers
We supply cut-to-length profiles, pre-wired harnesses and driver packs sized to your carcass, and we can hold stock against a repeat furniture programme. Send us a cutting list and we will return lengths, wattage per unit and a wiring diagram the factory can build from directly.