Compact reflector-cup spot light for controlled uniform fields
LXV-SP7058-W uses a high-power white LED, reflector cup and diffuser to control the illumination distance and emitting area while smoothing the output. Its Ø70 × 67 mm body and Ø40 mm inner opening suit compact chip, precision-part and surface-crack inspection stations.
- Model
- LXV-SP7058-W
- Single documented configuration
- Boundary
- Ø70 × H67 mm
- Ø40 mm inner opening
- LED drive
- 700 mA
- 2 W load
- Output
- White
- Reflector cup + diffuser
Chip inspection
Concentrate a compact uniform field over small semiconductor packages and surface features.
Precision-part dimensions
Use the controlled emitting area as incident illumination or, where the target permits, transmitted backlight for edge measurement.
Surface-crack inspection
Reduce glare and stray light so narrow surface discontinuities retain usable contrast.
Compact backlighting
Place the diffused spot source behind a small target when its Ø40 mm clear region and output geometry cover the required field.
How the optical structure solves the inspection problem
Review the product-specific optical behavior, confirmed values and technical graphics together before selecting the final configuration.
- High-power LED
- A concentrated LED source supplies the documented 2 W optical assembly.
- Reflector-cup control
- The reflector cup shapes illumination distance and emitting area instead of allowing the source to spread uncontrolled.
- Diffuser uniformity
- The diffusion plate smooths the reflected output for a more uniform field.
- Reduced stray light and glare
- The optical stack is described as having less astigmatism and dazzle, supporting clearer local contrast.
- Grooved heat dissipation
- Housing grooves increase the available surface area for removing heat from the compact body.
Select from the actual optical, mechanical and electrical requirement
Do not select a custom light from appearance alone. Confirm target, contrast, field, interfaces and load together.
- 1
Define the target field
Confirm the required illuminated or backlit area fits the compact optical opening.
- 2
Set the working geometry
Validate reflector-cup distance, camera angle and target position on the actual chip or part.
- 3
Confirm the drive
Use the documented 700 mA / 2 W requirement and a compatible constant-current output.
- 4
Check thermal duty
Measure housing temperature at the intended continuous or strobed duty.
- 5
Approve the result
Confirm dimensional edges or crack contrast with representative acceptance samples.
Read the product model pattern
LXV-SP7058-W- LXV
- Product prefix
- SP
- Custom spot-light family
- 7058
- Documented size code
- W
- White output
LXV-SP7058-W model range
Values remain attached to their own model and are not transferred between designs.
| Model | Colour | Boundary | Inner opening | Drive current | Power |
|---|---|---|---|---|---|
| LXV-SP7058-W | White | Ø70 × H67 mm | Ø40 mm | 700 mA | 2 W |
Release the exact product drawing with the complete inspection station
Dimensions, openings, mounting, channels and thermal clearances belong to the selected product only.
- 01
Reserve the complete Ø70 × H67 mm boundary and keep the Ø40 mm inner optical region unobstructed.
- 02
Align the reflector cup, diffuser, target and camera for the chosen incident-light or backlight arrangement.
- 03
Use only mounting-hole, cable and connector details from the final product drawing; no independent mounting coordinates are documented for this configuration.
- 04
Provide a compatible 700 mA constant-current output for the 2 W light and verify wiring polarity before energising it.
- 05
Keep the grooved housing exposed to airflow and prevent brackets from covering its heat-dissipation surfaces.
- 06
Validate field size, uniformity, glare, crack contrast and temperature at production exposure before fixture release.
