Description
Premium 2835 One-LED-Cut Series: Millimeter-Level Precision Lighting for Luxury Interiors
In premium architectural millwork and linear cove installations, every millimeter counts. Standard LED strips force installers to cut every 3 or 6 LEDs, creating annoying dark gaps at the ends of custom cabinet tracks. Our Flagship 1-LED-per-cut Series solves this bottleneck completely. Running on a highly efficient DC24V architecture, each individual LED can be trimmed independently, allowing you to fill any aluminum profile precisely from end to end with flawless, unbroken light.
Key Features:
- Precision 1-LED-per-Cut Trimming: Offers ultimate flexibility for bespoke joinery, shelf recesses, and intricate geometric designs. Trim the strip right up to the exact millimeter of your profile channel with absolute zero layout waste.
- True Color Depth (CRI Ra≥90): Enhances internal spaces with professional-grade color rendering. Perfect for residential luxury spaces, high-end hospitality, museum artifacts, and fashion walk-in closets where true-to-life tone accuracy is vital.
- Upgraded Electroplated Copper PCB Substrate: Manufactured on premium 18/35 or 2Oz electroplated double-layer copper frames. This robust core allows the strip to dissipate heat instantly and safely carry current down a stable 10-meter continuous run without dimming or voltage drops.
- Ultra-Slim 5mm & 8mm Width Engineering:The 5mm micro-PCB option allows effortless integration into extra-narrow glass shelf brackets or handle-less modern cabinet grooves where regular strips fail to fit.
- Automotive-Grade Gray 3M Tape: Outfitted with premium Gray 3M backing adhesive. Designed to resist high operating temperatures and thermal expansion, it establishes a permanent, sag-proof bond inside hidden ceiling slots or metal channels.
- Certified 3-Year Project Warranty: Fully compliant with European import mandates (CE & RoHS), built with gold-wire 2835 SMD packages, ensuring stable performance backed by a 3-year commercial warranty.
Technical Specifications:
| PCB Width | 5MM-PCB | 8MM-PCB |
| Power Consumption | 11W / M | 12W/M |
| PCB Framework | 18/35 Electroplated plate | 2Oz Electroplated plate |
| Luminous Flux | 1100 lm/m | 1200 lm/m |
| LED Qty | 120 LEDs / M | |
| SMD Type | SMD 2835 | |
| Color Rendering Index | Ra≥90 | |
| Voltage Options | DC24V | |
| LED Color | 2700K/ 3000K /4000K /6500K | |
| Adhesive Backing | Gray 3M Tape | |
| IP Rating | IP20/IP65/IP67/IP68 | |
| Cutting Unit | 1-LED/cut | |
| Package | 10M/roll | |
| Certificate | CE RoHs | |
| Warranty | 3Years | |
Premium 1-LED/Cut 2835 LED Strip Light RFQ:
Q1: Why is the 1-LED/cut feature such a significant upgrade for custom millwork projects?
A: Standard high-density strips usually have a cutting unit of 2.5cm or 5cm. If your custom aluminum housing channel is 102cm long, a standard strip will force you to cut it at 100cm, leaving a 2cm dark spot at the end. Our 1-LED/cut technology allows trimming after every single LED chip. This means you can run the light completely flush to the edge of any cabinet, vanity mirror, or custom wall slot, achieving a flawless, professional linear finish.
Q2: What makes the 8mm PCB variant’s 2Oz electroplated plate superior?
A: The 2Oz electroplated copper plate is a premium thick substrate. Because 1-LED/cut circuitry modifies the internal tracking resistance, standard thin copper boards would overheat or suffer from voltage drops over longer lengths. The upgraded 2Oz pure copper tracking provides elite electrical efficiency, keeping the 10-meter continuous roll perfectly uniform in brightness from the first LED to the last while acting as a fantastic internal heat sink.
Q3: Why does this series offer 10 meters per roll instead of the standard 5 meters?
A: Running on a stable DC24V architecture allows the system to carry current further with half the amperage of a 12V system. This efficiency allows us to provide a convenient 10-meter continuous run on a single reel. For installers handling large hotel coves or long office light tracks, this cuts installation and wiring times in half by reducing the number of necessary power injection points.













