3D OM
What we can do
3D Optical Microscope(OM) has large depth of field, inclinable angle and advanced measuring functions. This allows it to focus on the device being tested from different heights and angles in order to obtain clear images for observation. 3D OM is suitable for the inspection and failure analysis of electronic part soldering.
What is 3D OM

3D Optical Microscope (3D OM) captures the reflection of visible light from an object surface with optical zoom-in and zoom-out and CCD for surface pattern observation and dimension analysis and measurement.
The Superiority Of LF
Our partner, LF , has the high resolution 3D OM. No matter how deep the depth of field is, the 3D OM from LF can always achieve full focusing and ultra-high speed image connection and it enables users to manually handle the lens for observation.
Case Sharing
Through the multiple lighting, the previously unobserved subtle position is identified.
Under a single light source
Use multiple lighting, and change the location of the light sources, the trace becomes obvious.




Application
- Detection of part IC package defects, such as appearance integrity, the black gum cracks, pin deformation or discoloration.
- Detection of potential PCB defects, such as nodules, weave exposure, glass fiber exposure, solder mask, text.
- Detection of potential detects in electronic products, such as poor soldering.
- Solder ball integrity inspection of BGA and flip chip packages, such as ball deformation.
- Appearance check and analysis of active and passive components.
- Analysis and measurement of all materials.
Equipment Capacity
- 20X~2000X Magnification Without Changing The Lens
- Magnificention:20X~1000X
- Tilt Angle:0°~60°
- Rotation Angle:180°C
- Size Measurement
- Machine Quantity:3
- Magnificention:20X~2000X
- With Large Electric Platform
- Size Measurement
- Tilt Angle:0°~60°
- Machine Quantity:1
- XY up to 100x100mm
Why Choose Lab First

One-stop service (chemical analysis/failure analysis/material analysis)

Precise and quantitative analysis
