RU0812 · miniature groove
8 × 12 mm compact U form with strip space up to 5 mm for narrow furniture details.
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Recessed LED profile for a clean line within the surface
A recessed LED profile sets the light line into a prepared slot, with the fixing method chosen for the host material.
- Compare compact U, spring-fixed, screw-fixed and cove forms.
- Check cutout width and depth before fabrication.
- Plan cover removal and cable access from the start.
- VST can match published sections to your drawing.
Installation overview
The groove is part of the product decision
A recessed LED profile sits within a routed panel or construction opening so the visible diffuser approaches the surrounding surface.
Start the cutout from the section drawing and the host material. The profile body, any flange or spring, fixing path and internal LED tape platform all consume space. A shallow furniture groove may suit a compact U section, while a ceiling opening can accommodate a deeper screw-fixed housing. Cove profiles solve a different indirect-light task. Check the substrate and installation sequence before selecting a model.
Cutout geometry
Measure the slot width, depth and visible edge treatment; the profile body may be much narrower than its covering flange.
Fixing method
U-shape, spring-fixed and screw-fixed constructions require different access and substrate conditions. Choose the method before closing the ceiling or furniture panel.
Service route
Plan whether the diffuser and strip can be removed from the room side without damaging the surrounding finish.
Project coordination
Match the channel to the prepared opening
VST publishes dimensions for several recessed families and can compare them with a section sample before the surface is cut. As a recessed LED profile supplier, VST can specify the opening, cover and mounting method together.
Wide published range
The online catalog includes 24 relevant recessed models, from small furniture channels to deep commercial bodies. Use the application task to reduce the list.
Drawing comparison
VST can compare your groove or ceiling section with the published body and flange dimensions before a sample is selected.
Mounting discussion
A spring clip and a screw-fixed housing can solve different access problems. VST can discuss the intended substrate and assembly sequence.
Finish and accessory match
Diffuser, end cap, cut length and visible metal finish can be recorded with the chosen model so repeated interiors maintain one appearance.
Recessed construction
Flush appearance requires a compatible opening
A recessed LED profile is an aluminum strip housing designed to sit in a prepared slot, groove or building cavity.
“Recessed” describes placement, not one universal flange, fixing or finish. A U-shape section may sit in joinery; a spring-fixed body can grip a prepared opening; a screw-fixed body needs a clear fastener path; a cove profile hides the light source to create indirect illumination. The face can be flush or show a small edge depending on the selected section. Compare the profile drawing with the substrate and surrounding finish. A plaster-in detail is a related but separately planned construction because it involves finishing over profile wings.
Selection routes
Seven published starting points
VST can supply repeated ceiling and joinery sections as a recessed LED profile wholesale supplier once the cutout is set. The cards show distinct published mounting routes.
RU1607A · shallow shelf
15.3 × 6.7 mm low U section with strip space up to 11 mm for shallow joinery.
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RS2610 · low spring fixing
52 × 9.5 mm shallow spring-fixed body with strip space up to 20 mm.
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RT5051 · commercial screw fit
65 × 50 mm screw-fixed body with published strip area up to 38 mm.
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RT7532 · broad low ceiling line
90 × 32 mm screw-fixed profile with strip area up to 55 mm.
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RC4318 · shallow cove
43 × 17.3 mm profile with strip space up to 12 mm for an indirect reveal.
View Product Opening checkpoints
Build the slot around a real section
As a recessed LED profile manufacturer, VST can supply the body. The substrate and cutout still determine whether it fits.
Recessed face
The visible cover sits within the surrounding material, reducing the apparent profile height when the cutout is correct.
Measured opening
A section drawing shows outer body, flange and fixing features that need more space than the luminous line alone.
Removable cover
Check the direction of cover removal before the surrounding wall or cabinet finish makes access difficult.
Cut length plan
Profiles, diffusers and end caps should terminate cleanly at joints and leave a credible exit for low-voltage leads.
Physical components
What sits inside the slot
The section, cover and fixing interface must all work with the prepared host.
Housing
Aluminum body
The recessed aluminum body determines the depth and width needed behind the visible diffuser. It also provides a support plane for the LED strip. A slim body can suit furniture, while deeper sections may require construction coordination and more space for wiring. Compare the published dimensions against the real substrate rather than the appearance of a front-view photo.
Visible face
Diffuser
The diffuser controls the finished light line that people see at the surface. Its width, opacity and retention method affect whether LED points remain apparent and whether the cover can be lifted later. A wide shallow ceiling channel can show a different luminous face from a narrow cabinet groove even with the same strip. Test the chosen cover with the actual LED tape from normal viewing distance before approving the slot finish.
Host connection
Fixing mechanism
Springs, screws or a simple groove each retain a profile differently. The fixing feature must suit the substrate thickness and remain reachable in the planned assembly sequence. A spring-fixed channel should not be substituted for a screw-fixed one simply because the visible diffuser width looks similar. VST can compare an installation drawing with the host section, then prepare a sample to check grip, edge appearance and service access.
Supply context
Learn about VST and customer cooperation
The videos give company background. Product fit still depends on the model drawing, substrate and sample installation.
VST company overview
The company film introduces VST’s lighting work and component supply. For a recessed project, compare U, spring, screw and cove sections against the slot drawing.
Customer cooperation video
The customer film offers a view of cooperation with VST. Check the chosen model drawing and trial installation against your ceiling or furniture slot.
Built-in applications
Match each slot to its host
A recessed LED profile needs a different fixing route in each host. Recessed lighting has distinct mechanical routes across joinery and construction.
Cabinet grooves
A routed timber shelf can hide a compact light line without a surface-mounted body. Check groove depth, wood thickness and the strip connector position before selecting a small U section. VST can compare RU dimensions with your joinery drawing and provide a short sample to test the visible edge.
Office ceiling lines
A commercial ceiling opening may need a wider profile and a defined fixing path. Confirm the ceiling build-up, support above the slot and future access to the diffuser and driver. VST can discuss a screw-fixed section and an installation drawing before repeated openings are cut.
Retail display furniture
A showcase shelf can use a shallow recessed face that remains visually quiet near merchandise. Check glass reflections, panel thickness and how the cover can be lifted after the fixture is installed. VST can send a short channel and diffuser sample for assessment in the actual display module.
Wall reveals
A wall slot can create a vertical line, but plaster tolerances and fixing access determine whether the result stays straight. Define the reveal depth, edge finish and cable route before selecting a section. VST can compare the wall drawing with an appropriate body and discuss a mockup before finishing work.
Indirect ceiling coves
A cove profile keeps the source hidden while a nearby surface receives reflected light. Confirm the profile position, clearance to the wall and access for cleaning or strip replacement. VST can shortlist an RC model and discuss a sample that shows the light path without assuming every recessed section suits indirect lighting.
Slot before supply
Send the opening dimensions before cutting begins
Share the substrate, slot width and depth, edge appearance, strip width and quantity. VST can identify published sections and a fit sample. For repeated interiors, VST is a recessed LED profile OEM supplier against the approved slot detail.
Published specifications
All online recessed models in one place
The Datasheet summarizes 24 published models across U-shape, spring-fixed, screw-fixed and cove families. Compare by mounting form before narrowing dimensions. The recessed LED profile drawing must show the full cutout.
| Model | Published section and strip space |
|---|---|
| U-shape profiles | |
| RU0812 | W 8 × H 12mm; 5mm strip |
| RU11252 | W 112 × H 52mm; 40mm strip area |
| RU1607A | W 15.3 × H 6.7mm; 11mm strip |
| RU1616 | W 15.7 × H 15.5mm; 12mm strip |
| RU2718 | W 66.8 × H 17.5mm; 24mm strip |
| RUT1010 | W 10 × H 10mm; 8mm strip |
| Spring-fixed profiles | |
| RS2610 | W 52 × H 9.5mm; 20mm strip |
| RS5035A | W 50 × H 35mm; 24mm strip |
| RS5936 | W 79 × H 36mm; 40mm strip area |
| RS7550 | W 90 × H 50mm; 45mm strip area |
| RST3024 | W 30 × H 24mm; 24mm strip |
| RST3035 | W 30 × H 35mm; 24mm strip |
| Screw-fixed profiles | |
| RT10075 | W 100 × H 75mm; 65mm strip area |
| RT5051 | W 65 × H 50mm; 38mm strip area |
| RT5075 | W 67 × H 75mm; 27mm strip |
| RT5095 | W 67 × H 95mm; 27mm strip |
| RT7532 | W 90 × H 32mm; 55mm strip area |
| RT7595 | W 94 × H 95mm; 50mm strip area |
| Cove profiles | |
| RC1660A | W 15.6 × H 60mm; 10mm strip |
| RC1709 | W 21 × H 9mm; 6mm strip |
| RC4141 | W 40.7 × H 40.7mm; 10mm strip |
| RC4318 | W 43 × H 17.3mm; 12mm strip |
| RC8129 | W 81 × H 28.2mm; 10mm strip |
| RC9746 | W 96.3 × H 46mm; 14mm strip |
VST can discuss section choice, cut length, diffuser finish, aluminum color, end caps and packing for your slot design. A modification to the fixing structure or cross-section may require separate tooling and sample approval. As the recessed LED profile supplier, VST can keep the slot drawing linked to the approved model code.
The selected aluminum body is finished and cut according to the approved section and order. Diffusers and accessories are then matched to that code. VST can discuss appearance and fit checks on representative pieces, particularly at the flange or fixing feature that controls the visible line.
Measure the completed substrate before cutting or routing the full opening. Trial-fit a short profile, check the fixing path and place the cable exit away from sharp edges.
Installation feedback
Comments on fitting a clean line
Preparation of the opening and clarity of the model choice often decide the outcome.
Order details
Questions about profile supply
A model and cutout drawing make the commercial offer more specific.
Yes. Provide the substrate, cutout drawing, strip width and desired edge appearance. VST can compare the published profile families, then discuss samples for the most relevant mounting method.
Around 300 meters is a general starting quantity for aluminum profiles. The actual minimum depends on model, finish, length, diffuser and accessory combination. A stocked section or unusually large screw-fixed profile may be quoted differently, so supply the complete specification for a meaningful figure.
Production commonly takes 2–3 weeks for regular profiles; allow around 3–4 weeks for light changes and 4–6 weeks for extensive work. These are typical production periods before transit; material availability, quantity and sample approval determine the actual schedule.
Send VST a short description and clear photos or video showing the affected pieces and model code. The team can discuss replacement support, either separately or with the next shipment.
Installation questions
Avoid a groove that fits only on paper
A recessed LED profile must work with the cutout, fixing method and future access. These answers focus on decisions that are difficult to reverse once the host surface is finished.
No. A conventional recessed channel sits within a prepared opening and may show a flange or diffuser edge. Plaster-in profiles are designed to be integrated with finishing work over their wings.
Select the construction route before the wall or ceiling is made.
| Detail | Main planning step |
|---|---|
| Recessed groove | Cutout and fixing fit |
| Plaster-in line | Finish sequence and wing coverage |
Choose around the substrate and the access available above or behind the opening. Springs can retain a body in a suitable prepared board slot; screw-fixed channels need a secure fastener path. Neither method is universally better. Use the specific model drawing and test a short section in the actual board thickness before repeating openings.
Use the dimension drawing of the selected model, including outer body, flange and any retaining feature. A front diffuser width is not the cutout width. Check the substrate tolerance, finish build-up and space for tools and cable exits, then trial-fit the profile before cutting a full ceiling or furniture run.
A cove section is selected to hide the source and illuminate an adjacent surface indirectly. Its opening and mounting orientation may be unsuitable when the task needs direct downward light. Compare the RC section drawing with the target plane and recess location; a screw-fixed or U-shaped profile may be a better starting point for direct emission.
The profile holds the LED strip but does not replace an electrical supply. Provide a safe, accessible driver location and coordinate cable lengths, strip voltage, dimming method and power load with the complete assembly. Do not hide serviceable connections inside an inaccessible building cavity simply because the light channel itself fits.