Features of the Acuity Laser 8-inch Touch Panel Display Continue reading...

Achieving Measurement Innovations with New 8-inch Touch Panel Display January 10, 2022 – Posted in: Updates

Acuity Laser is excited to announce the release of our new 8-inch Touch Panel Display. Building upon the technology from our previous 7-inch version, the 8-inch Touch Panel Display comes with fully revamped 2.0 software, the ability to communicate with up to 6 Acuity sensors, a full suite of connection ports, and the ability to easily perform sophisticated measurement applications such as plane analysis, thickness measurement, and more. By providing a modern interface with a… Continue reading
Our newest product, the AS2100 Accurate Distance Sensor Continue reading...

Acuity Laser Announces New AS2100 Accurate Distance Sensor July 15, 2021 – Posted in: Updates

Acuity Laser is pleased to announce the release of a new product, the AS2100 Accurate Distance Sensor. Coming from the company’s long range sensor group, the AS2100 is an improved replacement product for the now retired AR2000. “For many years the AR2000 was a great choice for distance measurement in difficult environments,” said Nick Catalano, Acuity’s General Manager. “Now we have an even stronger option in the AS2100.” A highly accurate laser distance sensor, the…

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AR2000 Product Phased Out and Replaced July 9, 2021 – Posted in: Updates

For many years the AR2000 Laser Distance Meter was Acuity Laser’s go to product for accurate distance measurement in challenging environments. However Acuity is pleased to have a new superior product option for our customers, the AS2100 Accurate Distance Sensor. For the AR2000, Acuity will no longer be receiving new orders. We have the following materials available solely for the support of existing customers. AR2000 SUPPORT DOCUMENTS   AR2000 Laser Distance Meter Data Sheet  …

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Brand new video on the AR100 Super Compact Laser Triangulation Sensor June 18, 2021 – Posted in: Updates

We put together a new overview video on our AR100, one of the smallest triangulation lasers in the world. Its body measures just 45 by 30 by 17 mm. It fits literally in the palm of your hand. Even with such small dimensions, the AR100 is available with measurement ranges up to a half meter all while maintaining a 0.05% linearity for ranges 250 mm and under and 0.1% linearity for the 500 mm range.… Continue reading

Acuity Laser Seeks Lead Sales Engineer April 14, 2021 – Posted in: Updates

UPDATE MAY 12, 2021:This position has been filled. Thanks to everyone who applied! Summary: The Lead Sales Engineer is responsible for managing the internal sales pipeline and the Independent Representative network with technical sales activities in net-new and pre-existing opportunities. Duties and Responsibilities: Grow product sales in existing and new markets. Deliver the technical value of Acuity’s products and services to the end-user. Build a strong business justification to the end-user, while meeting/exceeding sales growth targets. Understand customer requirements…

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AR550 High Speed Laser Sensor feature image Continue reading...

Acuity Laser Announces New AR550 High Speed Laser Sensor April 6, 2021 – Posted in: Updates

Acuity Laser is pleased to announce the release of a new product, the AR550 High Speed Laser Sensor. Coming from the company’s short range sensor product group, the Acuity Laser AR550 is an off-shoot of their popular AR500. “We were already offering the AR550 to our established customers, but had yet to publicly formalize the product,” said Nick Catalano, Acuity’s General Manager. “Now we can point directly to what the AR550 has to offer.” The…

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Scanning the Edge Thickness of a Circuit Board Continue reading...

Scanning the Edge Thickness of a Circuit Board March 2, 2021 – Posted in: Thickness Measurement

In this application, we're going to be using the Acuity AP820-5 laser line sensor for scanning edge thickness of a circuit board. The AP820 laser profiler has a five millimeter depth of field in the Z direction, and a four millimeter wide laser line sensor. With this model, we should have a linearity of about plus or minus 3.5 microns of accuracy, which equates to about a pixel roughly every seven microns. In our demo… Continue reading