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Pre-calibrated to scan micron-level details |
High speed and low
latency |
Setup and control
via web browser |
Built-in tools, no
programming |
Open source SDK |
Manage inspection, automation and quality control challenges with easily-integrated,
single-package Gocator 2320.
Traditionally difficult inspection applications such as inspecting products
with irregular curves, bevels, angles, and surface reflectivity
can make it very challenging to automate precision measurement and quality
control. Those challenges are compounded by electronics assembly lines
processing a high volume of parts per minute and requiring rapid and continuous
scanning and measurement.
Gocator 2320 creates fast, accurate and actionable 3D data of these intricate
electronics devices without jeopardizing product quality or disrupting
the production process. The 2320's simple integration, single-package
industrial design, real-time deterministic performance plus all-in-one
scanning, measuring and control capability delivers repeatable results
on small electronic parts inspection of any size, shape,
or material.
The results are faster time-to-market and increased productivity.
Read more about the Gocator 2300 series of smart sensors
Applications |
• Solder paste inspection |
• Small parts inspection |
• PCB inspection |
• Mobile phone assemblies
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Benefits
of Gocator 2320 |
Compact, durable
and easy-to-integrate |
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The Gocator 2320’s rugged IP67-rated, compact
housing make it easy to mount into small spaces or embed into existing
machines without needing redesign or reconfiguration. Set-up is quick
and intuitive, one cable per sensor |
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High accuracy and repeatability |
The Gocator 2320 produces repeatable results under
high production volume on an electronics assembly line. It can easily
achieve outstanding Z repeatability under 5um and X resolution under
20um for non-contact scans of even the smallest, most complex parts. |
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Larger field-of-view and higher
resolution |
The Gocator 2320 has a 67% larger field-of-view than
competitors. When using an LMI Master Hub, you can automatically network
2 to 24 sensors for an even larger field-of-view, without sacrificing
the quality of the result |
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True all-in-one-solution |
Unlike other solutions that use multiple interlinked
components, this is a true all-in-one solution with scan, measurement
and control data processing included in a single device with no external
controllers to operate |
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Better scan, measure and control
with one device |
The Gocator 2320 has an advanced scanning
and measurement engine that scans at rates up to 5kHz, delivering
the same uncompromising performance no matter what volume of incoming
data, including a simple web-based interface. The 2320 also interfaces
seamlessly with existing systems, supporting a wide variety of communication
protocols |
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Better tools for the best measurement
results |
Gocator 2320 offers application-designed
measurement tools to quickly generate results on a number of common
measurement tasks required in real-world production environments.
The sensor’s dedicated hardware pipeline for 3D point generation
offers powerful features like the ability to isolate a specific data
area and filter out any noise or outliers; adapt to and measure different
materials (such as reflective and non-reflective); as well as built-in
measurement tools that are ready to use in production out-of-the-box.
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Features |
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Resolution |
Compared with other sensors, Gocator's
higher imager resolution delivers higher X and Z repeatability for
the same scanning volume |
FOV (mm) |
67% larger FOV with zero data loss or
image degradation. Expands even more with multiple networked sensors |
MR (mm) |
56% larger MR provides more flexibility
in mounting and can scan wider variety of parts |
X Resolution(Profile Data Interval) |
Same data density even at 67% larger
FOV. |
Ethernet Output |
High bandwidth, streaming design with
open protocol reliably handles heavy data traffic, whereas other sensors'
limited buffer can lead to data loss. |
Intensity Image Output |
Use 2D and 3D data to improve measurement
results. |
Industrial Ethernet Protocol |
Built-in EtherNet/IP, Modbus, ASCII
and growing. Is cost-effective and easy to integrate. No extra modules
and complicated cabling required |
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Specifications |
Gocator2320
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Data Points / Profile |
1280 |
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Linearity
Z (+/- % of MR) |
0.01 |
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Resolution Z (mm) |
0.0018 - 0.0030 |
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Resolution X (mm) |
0.014 - 0.021 |
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Clearance Distance (CD) (mm) |
40 |
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Measurement Range (MR) (mm) |
25 |
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Recommended Laser Class |
2M |
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Other Laser Classes |
3R |
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Dimensions (mm) |
Side Mount 35x120x149.5 |
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Weight (kg) |
0.8 |
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Gocator 2320 Datasheet
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About the Gocator
2300 series
Megapixel resolution
Gocator 2300 sensors measure micron-level features leveraging megapixel
resolution while maintaining large fields of view. Gocator can now screen
parts for very small defects, raising the bar for quality inspection.
Standalone and scalable
Single sensors require no additional controllers, amplifiers or PCs. Gocator
systems can effortlessly scale to multiple sensors using LMI Master hubs.
Masters take care of power distribution, laser safety interlock, encoder
and digital input handling, and microsecond synchronization.
Compact and lightweight
Gocator’s small footprint and less than 1.5 kg weight make it ideal
for fitting into tight spaces and mounting onto robotic arms
Easy-to-use
Gocator’s built-in GUI allows for flexible configuration of profiling
settings and measurement tools using any web browser, computer or operating
system. With no additional software to install, Gocator’s out-of-the-box
setup and configuration is fast and easy.
Model |
Model # |
Dimensions |
4.5" x 5.0" x 2.5" |
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