Category

3D Laser Profiler

3D Laser Profiler

SinceVision 3D laser profilers are non-contact measurement sensors that use laser triangulation to capture high-precision surface profiles, contours, and 3D point clouds.

Our versatile portfolio supports high-end manufacturing industries such as consumer electronics, lithium batteries, semiconductors, and automotive. SinceVision is therefore a leading choice for system integrators and vision specialists.

Product Advantages

Product Selection

All
SR Series
SRI Series
  • Reference distance (CD) (mm)

  • Z-axis height (FS) (mm)

  • X-axis width - Reference distance (mm)

  • Z-axis repeatability (μm)

  • Number of X-axis contour points

  • Scanning speed (HZ)

  • Product Status

Model Reference distance (CD) (mm) Z-axis height (FS) (mm) X-axis width - Reference distance (mm) Z-axis repeatability (μm) Number of X-axis contour points Scanning speed (HZ) Product Status Compare Favorites
SRI8120 118 68 84 0.45 3200 2300-67000 Published
SRI8060K 60 18 26.5 0.2 3200 3200-67000 Published
SRI8060 60 18 31 0.2 3200 3200-67000 Published
SRI8059 59 11.5 16 0.12 3200 2300-67000 Published
SRI8020 23 5.2 14.5 0.1 3200 3200-67000 Published
SRI71600 1070 1530 1120 100 3200 2500-20000 Published
SRI7900 833 710 435 12 3200 2000-20000 Published
SRI7700 700 380 470 10 3200 750-10000 Published
SRI7400R 400 339 195 5 3200 1500-20000 Published
SRI7300 270 347 320 8 3200 2000-20000 Published

Go to

Page

File

All
Product Manual
Technical Guide
Product Specifications
View more
View more
View more
View more

FAQs

  • 1. How does a 6400-point 3D laser profiler improve inline inspection accuracy?

    Standard industrial 3D sensors often provide only 3200 points per profile. The SinceVision 6400-pixel X-axis acquisition doubles this data density. For system integrators, this means higher lateral resolution, allowing for the detection of microscopic defects on complex consumer electronics and semiconductor wafers that lower-resolution sensors might miss. Higher point density results in more "truthful" 3D point cloud models for critical measurements like width, height, and gap analysis.

  • 2. What is the advantage of an All-in-One 3D laser profiler over controller-based systems?

    Traditional 2D/3D sensors often require a bulky external controller, increasing the hardware footprint and wiring complexity. The SinceVision SRI Series features a highly integrated all-in-one design where processing happens inside the sensor head. This is the ideal solution for space-constrained industrial automation environments, allowing vision specialists to connect directly to PLCs or PCs via standard I/O and serial communication without additional hardware costs.

  • 3. How do I integrate SinceVision 3D profilers with existing machine vision libraries?

    SinceVision is designed for open architecture. Our sensors provide rich, compatible interfaces and support for real-time output of high-resolution 3D point clouds images. This data can be directly imported into standard industrial automation software and machine vision libraries (like HALCON or OpenCV), allowing system integrators to customize defect detection, warpage measurement, and flatness inspection within their preferred development environment.

  • 4. Which 3D sensor is best for ultra-high-speed mass production lines?

    For high-volume manufacturing, scan speed is the primary bottleneck. SinceVision supports 67kHz ultra-high-speed detection, making it one of the fastest 3D sensors on the market. This speed allows for 100% inline inspection of moving targets in rail transit and automotive assembly lines without slowing down the production cycle, ensuring that throughput and quality control remain balanced.

  • 5. Can 3D laser profilers measure specular or reflective surfaces like EV battery foils?

    Yes, but it requires a specific wavelength. SinceVision uses a built-in high-precision blue laser (shorter wavelength) combined with automatic brightness optimization. This is specifically engineered for specular (mirror-like) materials found in lithium battery manufacturing and automotive glass. Unlike red lasers that create "glare" or noise on shiny surfaces, our blue laser technology ensures a Z-axis repeatability of 0.1μm even on highly reflective targets.

How can we help you?

How can we help you?

Tell us your challenge. We will solve it.

Apply for
a trial
SinceVision

How can we help you?

Thank you for considering SinceVision.

Please fill out the form below and let us know how we can assist you.

We value your feedback and inquiries. Our team will get back to you shortly.

  • Your question:

  • *Your full name

  • *Company name

  • *Industry

  • *Country

  • *Phone number:

  • *E-mail

  • *Interested products

    Please select

    Please select
    3D Laser Profiler
    Laser Displacement Sensor
    Spectral Confocal Displacement Sensor
    Through-Beam Edge Sensor
    Full Spectrum Sensor
    High-Speed Camera
    sCMOS Camera
  • Message

I have read and agree to the Privacy Policy.

I also want to subscribe SinceVision newsletters.

Comparison column

Materials waiting to be downloaded(0/20)

Total 0 MB

Delete all
Start downloading

I have read and agree to the privacy policy.

Verification
Complete the modifications