LED-maisemavalaisimien piirilevyjen valmistus — Ylöspäin suuntautuvat valot, kaivovalot ja vedenalaiset moottorit

Landscape lighting is bought for its effect, but that effect is only reliable if the hidden electronics survive years in wet ground and water features, hold their color, and dim without flicker. Our job as your manufacturer is to make the board so dependable that the only thing anyone notices is the light your fixture produces. Highleap Electronics fabricates sealed, compact landscape engines and assembles low-voltage drivers to your specification, drawing on our vedenpitävä piirilevy ja alumiininen ulkokäyttöön tarkoitettu LED-piirilevy work. We are a contract PCB factory, not a fixture brand — you design and sell the fixture; we build its boards to your design or engineer them to your requirements. ISO 9001, MOQ 1 unit, 24-hour quote.

This page covers sealed-engine fabrication, IP68 construction, low-voltage and color driver assembly, and ordering. To start, lähetä meille tiedostosi.

1. Why Landscape-Lighting Brands Choose Highleap for PCB Fabrication

Landscape fixtures are compact, run on safe low voltage, and must be sealed against rain, irrigation, soil, and often full submersion — three constraints the board has to meet at once, frequently while delivering color and dimming. As a specialist contract manufacturer, we translate your intended design into a manufacturable, durable board.

• Sealed compact fabrication — for uplights, well lights, deck and underwater fixtures.
• IP65–IP68 and potting — scaled from rain-resistant to fully submersible.
• Low-voltage and RGBW driver assembly — efficient 12/24 V drive with optional color.
• Technique-matched layouts — built to your uplighting, grazing, silhouetting, or moonlighting design.
• Rakenna spesifikaatioiden mukaan, VÄHIMMÄISMÄÄRÄ 1 kpl, ISO 9001, 24 tunnin tarjous, OEM/white-label.

2. Fabricating Sealed, Compact Light Engines

Landscape engines are small and survive permanent moisture exposure, so substrate and sealing are tightly linked — and the beam is matched to the lighting technique your fixture is designed for. We fabricate to your design or engineer the engine to your requirements.

Sealing and thermal design are inseparable here, and they pull against each other: the better the fixture is sealed against water, the harder it is for heat to escape. We fabricate the board to route its heat into the metal fixture body, which then acts as the heat sink to surrounding soil, air, or water. Submerged fixtures are the favorable case — water is a far better heat sink than air, so a fully potted underwater light can often run a higher output than the same fixture would tolerate in air, a margin we deliberately exploit when specifying the engine with you.

• Compact aluminum MCPCB — for uplights and well lights; on our alumiininen LED-piirilevy linja.
• Flexible and strip engines — for curved and linear hardscape fixtures; see joustava LED-piirilevy ja LED strip PCB.
• SMD ja COB - SMD for even washes and path lights, COB for tight-beam uplights.
• Technique-matched layouts — narrow beams for uplighting and grazing, diffuse for silhouetting, wide for moonlighting, shielded for paths and steps.

Fixture types we fabricate for include uplights/spotlights, well/in-ground lights, deck/step/paver lights, path lights, underwater/pond/fountain lights, wall-grazing fixtures, and hardscape bar lights.

3. IP68 and Submersible Construction

What most distinguishes landscape electronics is the sealing requirement. Well lights sit in wet ground; underwater fixtures are permanently submerged. We build the board and assembly assuming water will reach the housing, to your ingress requirement.

• Waterproof build to IP65–IP68 — our core waterproof PCB capability, scaled from rain-resistant to fully submersible.
• Konformaalinen pinnoite ja valu - muodollinen pinnoite as a moisture barrier, full potting to encapsulate the board for permanently submerged fixtures.
• Korroosionkestävät pinnat — for boards in soil, water, and pool chemistry.
• Sealed connector strategy — the board interface designed around your sealed cable gland.

4. Assembling Low-Voltage and RGBW Color Drivers

Landscape lighting runs on safe low voltage (12 V or 24 V) and increasingly wants color and dimming, so the driver and control boards combine efficient DC drive with optional color channels. We assemble these to your design.

• Low-voltage constant-current drivers — 12/24 V drive on our LED-ajurin piirilevy platform; 24 V tolerates longer runs before voltage drop becomes noticeable.
• DC-DC regulation — from the supply rail; see DC-DC converter PCB.
• RGBW color channels — for color-changing schemes, using techniques from our LED display PCB work.
• Dimming and zone control — PWM, 0–10 V, DMX, or wireless, with scene/zone grouping on a dynaaminen tehonsäätöpiirilevy.

5. Durability and Voltage-Drop Management

Fixtures must last years buried or submerged, and long low-voltage runs suffer voltage drop. We build for both, to your standard.

• Pitkäaikainen kestävyys — corrosion- and UV-stable materials, thermal-cycling endurance validated by polttaa, and mechanical robustness for foot traffic on in-ground lights; thermal routing covered in LED-lämpösuunnittelu.
• Heat into the fixture body — efficient layout with the metal housing as a sink, compatible with potting; see MCPCB heat dissipation.
• Voltage-drop control — constant-current regulation and power-injection guidance so distant fixtures match those near the transformer.

6. Landscape Light PCB Capabilities & Specifications

Our landscape and underwater-lighting capabilities, manufactured to your specification:

7. Tilaaminen — tiedostot, vähimmäistilausmäärä ja toimitusaika

We translate your intended design into a manufacturable board, building to your files, with a free DFM review on every order.

Mitä lähettää

• Valmistus/kokoonpano — Gerberit, poraustiedosto, piirilevyn ääriviivat, osaluettelo, Pick-and-Place-tiedosto.
• Avaimet käteen -periaatteella tai suunnittelusta spesifikaatioiden mukaisesti — plus fixture types, beam/technique, color and control needs, and ingress requirement (IP65–IP68).

Määrä, toimitusaika ja standardit

• MOQ 1 yksikkö, ei prototyyppilisämaksua; volyymirajoitukset alkaen 50+.
• Fabrication 5–7 days; PCBA 7–12 days; potted submersible modules 12–18 days.
• ISO 9001, IPC-luokka 2/3; OEM/white-label-tuote ja salassapitosopimus; toimitus maailmanlaajuisesti.

Aloittaa, lähetä tiedostosi tai määrityksesi sähköpostitse tarjouksen yhden arkipäivän kuluessa.

8. LED Landscape Light PCB FAQs

Do you sell landscape lights, or manufacture the boards?

We manufacture and assemble the boards — the sealed light engine and the low-voltage or RGBW driver — to your specification, as bare PCBs, populated PCBAs, or potted submersible modules. We are a contract PCB factory and OEM partner, not a fixture brand; you design and sell the landscape fixture, and we build its electronics to your design or engineer them to your requirements.

What ingress protection can you build to?

We build to whatever your fixture needs: IP65–IP66 against rain and irrigation for path and uplights; higher sealing against wet soil and foot traffic for well and in-ground lights; and IP68 for permanent submersion in ponds, fountains, and underwater fixtures. We scale our waterproof build from rain-resistant up to fully submersible, adding conformal coating and, for permanently submerged fixtures, full potting.

Can you fabricate fully submersible boards for ponds and fountains?

Yes. For underwater and water-feature fixtures we build to IP68 with sealed construction and full potting that encapsulates the board, designed around your sealed cable-gland interface. Submerged fixtures benefit from water cooling, which we factor into the thermal budget, allowing efficient operation in a fully sealed package — manufactured to your fixture design.

Do landscape lights use low voltage, and can you build color-changing versions?

Landscape lighting runs on safe low voltage, typically 12 V or 24 V, so the on-board electronics are an efficient DC driver design. We also assemble RGBW color channels with PWM, 0–10 V, DMX, or wireless control for color-changing uplights and washes — matching the color engine to the control board so channels and protocol line up with your design.

Can you handle voltage drop across long landscape cable runs?

Yes. Long low-voltage runs suffer voltage drop that dims fixtures toward the far end. We design constant-current regulation for even brightness and can advise on power-distribution and injection strategies so all fixtures perform consistently. For long runs, 24 V is often preferable to 12 V because it tolerates more drop, a trade-off we help you weigh.