Directed linear light
45 degree LED strip channel for shelves and work surfaces
- Compare equal-sided and asymmetric SC sections.
- Check glare from the actual viewing position.
- Use strip width and cover depth to narrow the model.
- VST can support a powered placement sample.
Placement first
A small mounting move changes the result
Target plane
Mark the counter, wall or shelf that should receive the light; the profile angle is useful only when the position supports that task.
Glare position
Check the normal eye line from standing and seated positions, especially when a clear cover or reflective surface is involved.
Mounting offset
A rear-corner cabinet detail and a front-edge detail can need different strip output even with the same aluminum channel.

Optical selection
Match the section to the observed surface
Geometry choices
The published SC series includes compact equal-sided sections and the asymmetric SC2016, so mounting clearance and aim can be compared without inventing a new body.
Powered comparison
A short assembly viewed at the intended shelf depth can reveal glare or shadows that an unlit section drawing cannot show.
Strip pairing
VST can discuss tape width, density and cover appearance as a combination; a broader channel does not automatically give the right task-light result.
Repeatable position
Recording the setback from the target surface helps later fixture or cabinet batches reproduce the approved light direction.
Angled emission
What the 45-degree opening actually controls
Same SC family
Four starting points for diagonal aim
SC1616A · softer visible line
SC2016 · offset wall aim
SC3030C · broad luminous face
Design checks
Direct the light without losing service access
Diagonal mounting plane
The strip sits on an angled face so its light can be redirected away from the two surfaces meeting at the corner.
Cover appearance
An opal or milky cover can soften the visible line, while actual dot visibility still depends on LED density and profile depth.
Controlled setback
Measuring the distance to the target surface turns a visual preference into a placement detail that can be repeated.
Practical cut lengths
A channel end should land where the fixing and electrical lead can be concealed without interrupting the visible line.
Assembly components
How the angled assembly works

Metal section
Extrusion body

Visible face
Diffuser cover

Site interface
Fixing slot
Company context
A view of VST and its customers
VST company video
The company video introduces VST’s LED lighting and component work. For an angled channel order, specify the model code, diffuser and sample placement.
Customer experience video
The customer video describes cooperation with VST. Judge this channel’s light direction using a powered sample at your chosen setback.
Placement examples
Choose the angle around the task

Worktop task lighting

Glass display interiors

Retail shelf faces

Wall grazing edges

Wardrobe side panels
Test the aim
Specify the target surface, not just the angle
Published data
SC dimensions behind the 45-degree choice
| Model | Published section and strip space |
|---|---|
| SC1212 | W 12 × H 12mm; Up to 6mm strip |
| SC1616A | W 16 × H 16mm; Up to 10mm strip |
| SC1919D | W 19 × H 19mm; Up to 11mm strip |
| SC1919J | W 19 × H 19mm; Up to 12mm strip |
| SC2016 | W 20 × H 16mm; Up to 12mm strip |
| SC3030C | W 30*H 30mm; Up to 20mm strip |
Project feedback
Comments on practical coordination
Supply questions
Plan the angled profile order
Angled-channel questions
Check the light path and its limits
| Position | Main check |
|---|---|
| Rear upper corner | Reach across the worktop |
| Front underside edge | Direct glare at the eye line |
| Side panel junction | Shadows from stored objects |


