Vision leader expansion in India.

LMI Technologies (LMI)plans the relocation and expansion of its India operations into a brand-new workspace in Bengaluru. Strategically aligned with LMI's long-term geographic expansion objectives, this new facility will be shared with the Allied Vision team, fostering closer collaboration and synergy between the TKH group entities.

New Location.
LMI Technologies Pvt Ltd
No. 49, Spatium Aranya, Shilpa Vidya,
1st Main Road, JP Nagar Industrial Area Road,
Sarakki Industrial Layout, JP Nagar 3rd Phase,
Bengaluru, Karnataka, India - 560078.

This strategic transition marks a significant upgrade from LMI's previous regional layout and is designed to act as a robust foundation for scaling local system integrator business, engineering support, and regional application capabilities.

By co-locating with Allied Vision, LMI expands its regional infrastructure to effectively combat local low-cost competition in the factory automation sector across the APAC market. The new office underscores LMI’s commitment to operating as a high-value solution partner—delivering advanced 2D and 3D vision technologies, comprehensive integration assistance, and optimized inline workflows directly to manufacturers in the region.

"Our geographic expansion into this brand-new workspace is a pivotal step in strengthening our regional presence and technical infrastructure," said Len Chamberlain, Chief Commercial Officer. "Sharing this facility with Allied Vision enables us to leverage shared expertise, deepen our local partnerships, and deliver an elevated level of hands-on support to our customers as manufacturing capacity continues to shift and scale within India."

The state-of-the-art office will establish a stronger hub for FactorySmart® sensor training, product demonstrations, and localized inspection feasibility testing.

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2D smart cameras.

Industrial vision with Edge Ai.

The launch of Gocator® 2D Smart Cameras has been announced by LMI Technologies. This is a new class of industrial 2D vision systems that deliver high-speed imaging, high-performance processing with NVIDIA Orin NX, edge-native Ai, rapid deployment, and factory-ready integration in a single, rugged device.

“The Gocator 2D Smart Camera is built for the reality of factory-floor vision: customers want precision results at line speed without the overhead of PC-based systems,” said Mark Radford, CEO of LMI Technologies. “By combining high-speed imaging with edge-native AI and our GoPxL drag-and-drop software interface in a single rugged device, we’re delivering a true all-in-one 2D vision system-fast and easy to deploy, deterministic in operation, and designed to scale into unified inspection on one platform.”

Built on the proven Gocator® smart platform and powered by GoPxL® vision inspection software, Gocator 2D Smart Cameras deliver LMI’s industrial-grade reliability to 2D inspection-without the need for PCs, external compute, or cloud connectivity. Using browser-based, drag-and-drop workflows, inspections can be designed, validated, and deployed in hours rather than weeks. The result is faster commissioning, lower total cost of ownership, and deterministic, real-time inspection performance on the factory floor.

These 2D Smart Cameras integrate the camera, processor, and vision software into one IP67-rated industrial unit, eliminating the complexity and maintenance overhead associated with traditional PC-based vision systems. Available in 5 MP and 12 MP global-shutter models, Gocator 2D Smart Cameras capture low-noise images at up to 84 frames per second with sub-10 ms latency, supporting high-speed production environments.

On-device AI and rule-based vision tools run side-by-side, enabling a wide range of inspection tasks-including defect detection, measurement, OCR, barcode reading, color inspection, and traceability-executed directly on the camera. Native support for EtherNet/IP, PROFINET, Modbus, and MQTT enables seamless integration into modern automation and PLC environments.

Gocator 2D Smart Cameras leverage NVIDIA Jetson™ Orin NX edge processing to deliver the AI performance required for demanding industrial inspection applications while maintaining deterministic, real-time operation.

At the core of the Gocator 2D Smart Camera is GoPxL, LMI’s unified vision software platform. Using a browser-based interface and drag-and-drop workflows, users can design, validate, and deploy inspections in hours rather than weeks-without writing code.

GoPxL supports live debugging, Replay-based validation, and the ability to combine AI-based tools with traditional vision algorithms within a single inspection pipeline. The platform is open and extensible, supporting Python scripting and advanced workflows for manufacturers and system integrators with specialized requirements.

Gocator 2D Smart Cameras are optimized for single-camera and small multi-station applications, where PC-based systems often introduce unnecessary cost, maintenance, and cybersecurity concerns. By delivering high-quality results directly on the device, the platform supports rapid deployment and repeatable rollout across lines and cells.

As inspection requirements grow, the same GoPxL platform provides a clear extensibility path-scaling inspection logic, AI models, and workflows across devices without abandoning existing work. For manufacturers already using Gocator® 3D Smart Sensors, Gocator 2D integrates seamlessly into the same ecosystem, sharing a common user interface, job files, and data model for unified 2D + 3D inspection.

Unlike traditional smart cameras or PC-centric vision solutions, Gocator 2D delivers a complete industrial vision system in a single device-reducing integration effort, accelerating commissioning, and lowering total ownership costs. With a perpetual licensing model and no cloud or subscription dependencies, Gocator 2D Smart Cameras are designed for long-term industrial uptime. The result: smarter, simpler, and scalable 2D vision-ready for production.

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Optical inspection.

For fast, high-precision scanning of manufactured materials.

The LMI Photon™ Optical Inspection System has been released by LMI Technologies. This non-contact system provides surface characterization of multi-layered, textured, mixed, and a wide range of other manufactured materials. The system is CE and FCC certified.

This system leverages Line Confocal and Laser Profiler sensor technology to provide out-of-the-box surface characterisation and reporting of multi-layered, textured, mixed and other precision-manufactured materials.

Photon™ leverages LMI's Line Confocal and Laser Profiler sensor technology to scan material surfaces with submicron precision, and at a level of quality and speed that outperforms competing technologies.

The system uses high-precision encoders, vibration-free movement, and automated stitching software to scan challenging materials--over large fields of view--in a variety of offline and at-line quality inspection applications, as well as laboratory and R&D processes.

Every Photon™ Optical Inspection System includes vacuum table, industrial PC (with onboard motion path planning and standard inspection software), display, keyboard, mouse, joystick, and calibration block. It's surface characterization capabilities include part alignment, automatic feature detection and profile extraction, multi-coordinate measurement, geometric dimensioning and tolerancing (GD&T), surface roughness analysis, and more.

Photon™ can be used to perform surface characterization and reporting of some of the most difficult applications including:

• Multi-layered cell phone display glass
• Curved-edge cell phone display glass
• Glue bead volume & position (transparent/translucent)
• Medical seal integrity
• PCB to chip solder ball / ball grid arrays
• Battery weld seam integrity
• Non-contact surface roughness on practically any material

“ Photon provides manufacturers with a versatile, high-speed scanning system that can be used in a wide variety of offline and at-line quality inspection, lab metrology, and R&D applications, where challenging material surfaces need to be characterized and reported on. And, this system comes in at a significantly lower cost than competing technologies such as optical microscopes and CMMs, while still delivering the high-precision measurement results production engineers demand,” said Len Chamberlain, Chief Commercial Officer with LMI.

The Photon™ Optical Inspection System is now available for order in limited stock.

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3D line confocal sensors.

The official release of its new Gocator® 5500 series of smart 3D line confocal sensors has been announced by LMI Technologies (LMI). They say this is a major product release introduces the first line confocal sensor running Gocator® 's trusted smart sensor platform, complete with next-generation on-sensor IIoT vision web-based software, onboard measurement tools, I/O connectivity, and much more.

"The Gocator® 5500 Series introduces a powerfully effective line confocal scanning approach for the inspection of challenging material structures such as multi-layer, transparent and curved edge, and now with next-generation on-sensor IIoT vision software and Gocator’s renowned smart features and capabilities. The result is an end-to-end, user-friendly surface evaluation solution that provides customers with unmatched performance leveraging the industry’s first smart LCI technology", said Mark Radford, CEO, LMI Technologies.

Gocator® 5500 sensors are unique among existing confocal technologies in that they feature a dual-axis design that delivers simultaneous generation of 3D topography, 3D tomography, and 2D intensity data. This allows Gocator® 5000 sensors to scan practically any material type including multi-layered, transparent/translucent, curved edge, shiny, textured, mixed, and many more with submicron precision, and at a level of quality and speed that outperforms competing confocal technologies.

A quick look at Gocator 5500 sensor capabilities:

• Simultaneous generation of multiple profiles from multi-layer structures
• Generates 1792 data points per profile
• Fast scan rates (Over 10 kHz with PC acceleration)
• High X resolution, sub-micron Z precision
• Handles wide variety of material types
• Dual-axis optical design provides higher signal quality
• Runs next-generation onboard measurement and inspection software

Gocator® 5504 and 5512 models are now available and the Gocator 5516 model will be available for order later in 2022. 

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3D Smart sensor technology appointments.

Terry Arden, LMI Technologies' Chief Executive Officer, will be stepping down from his full-time CEO role, but will continue in a different role at LMI. This has been a carefully taken decision during 2020 and is based on the desire from Terry to have a better work life balance. Mark Radford - LMI’s Chief Operating Officer, will succeed Arden as CEO. Terry will continue on a part-time basis with LMI as Chief Brand Officer to support the LMI Executive in product and business strategy development while enjoying more time off with friends and family and the pursuit of other interests.

Terry Arden

Alexander van der Lof, CEO of TKH Group, LMI’s parent company stated: “It is of course a major step that Terry is making and we very much appreciate that Terry will continue to support LMI. His leadership and entrepreneurial spirit as well as his vision to bring LMI to technology and market leadership in the 3D Vision industry are extraordinary and we are very grateful for the passion and commitment that Terry has shown. A unique company with impressive success has been created with a very strong foundation of operational and technical talent on which the next generation of leadership through the appointment of Mark can be further built. I am excited about the opportunities that LMI has in the coming decade with its excellent products, expertise, and people and trust that everyone at LMI will fully support Mark.”

Terry Arden himself said,  “LMI has been my passion and focus for the past 18 years. During this time, I learned so much and was fortunate to translate market megatrends into winning moves that grew the company into the dominant player it is today. For the past 10 years now, LMI achieved 20% average YoY revenue growth by transforming its business through building smart products where customers could leverage web technologies to easily produce quality 3D data and apply imaging algorithms to extract key measurements and make pass/fail decisions. Through a constant stream of innovative product introductions, several fully integrated M&As, great place to work recognitions, and the development of a worldwide network of direct offices and distribution partners, LMI has built a leading position to transform factories toward a smarter, more efficient future. The LMI growth story is primarily a testament to the many bright minds at LMI who demonstrate excellence in their fields to deliver great products and customer experiences. For me, it is time now to pass the CEO reins to Mark who is well prepared and supported by strong management teams to steer LMI into another decade of prosperity and build upon our FactorySmart vision.”

Mark Radford

Mark Radford, who was promoted to COO in 2016, previously held the roles of Director of Operations since 2014, and Director of Technology since 2012.  Radford joined LMI in 2006 and has a broad range of knowledge and experience with LMI’s products, services, operations and customers.

He commented, “I am honoured to be selected as the next CEO of LMI, and want to thank both Terry and the TKH Executive Board for the opportunity and confidence they have placed in me to lead this strong organization. Terry has been a fantastic mentor these past 14 years. I look forward to working with the LMI Team to continue delivering technology leadership and industry-leading solutions to our customers.” 

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3D Line Profile Sensors.

LMI Technologies (LMI) has released the Gocator® 2430/2440/2450 blue laser line profile sensors. This latest addition to LMI's popular 2400 series, these new blue laser models are designed for 3D scanning of shiny metal surfaces in electric vehicle (EV) battery inspection, rail inspection (rail geometry), small to medium-size electronic and automotive parts, and general factory automation applications. 

The 2400 series also offers several red laser models for optimal performance and maximum flexibility in your scanning applications.

Due to its shorter wavelength, blue laser light performs better than red or green lasers when scanning specular surfaces. Blue laser generates “cleaner” profiles (ie, less laser speckle) on shiny targets, allowing it to achieve higher measurement accuracy as a result. For example, Gocator® 2450 blue laser sensors are able to deliver high-quality 3D scan data of train rails even in full sunlight and when the track ballast is wet.

These sensors are ideal for customers who need to perform:

Battery cell pre-assembly inspection (Electrode Width Gauging, Electrode Edge Profile Measurement, Tab Distance Gauging) Battery cell assembly inspection Flat and cylindrical battery surface inspection Rail geometry inspection And a range of general factory automation applications

Gocator® 2430/40/50 models feature the latest 2-megapixel imaging technology, custom embedded processor, and optimized optics that allow for fast inspection rates (up to 5 kHz) and increased sensitivity in handling reflective targets.

“These three new line profilers add high sensitivity blue laser scanning to the 2400 series. Offering a balance of speed, high resolution data, and wide fields of view, customers can achieve precision 3D scanning and inspection of shiny surfaces with the most cost-effective sensor setup possible,” said Terry Arden, CEO, LMI Technologies.

The Gocator 2430/40/50 blue laser profilers come in an IP67-rated industrial housing offering all-in-one functionality, including web-based user setup, built-in 3D visualization, drag and drop measurement tools, and communication protocols that are unmatched in the 3D sensor market.

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Optical metrology acquisition.

FocalSpec Designs and Manufactures Patented Line Confocal Technology that Delivers Ground-Breaking 2D and 3D Scanning Capability for Inspection.

LMI Technologies (LMI) has acquired FocalSpec, an innovative optical metrology company based in Finland that designs and manufactures patented Line Confocal Imaging (LCI) products. LMI’s parent company - The TKH Group - will acquire 100% of the shares of FocalSpec. The company will be integrated into the LMI group of companies and the LCI products will continue to be sold under the FocalSpec product brand.

“Line confocal sensors offer a leap in technological performance for scanning opaque, transparent and curved materials, such as hybrid glass assemblies common in cell phone manufacturing. By combining this game changing optical approach with our proven Gocator inspection software and volume manufacturing know-how, customers will be able to solve challenging inline metrology applications at a price/performance and ease of use never seen in the market today.” said Terry Arden, CEO, LMI Technologies.

FocalSpec LCI sensors leverage a unique optical method based on lateral chromatic confocal scanning that is mounted off-axis to simultaneously capture 3D topography (surface geometry), 2D intensity (surface contrast), and 3D tomography (scanning multiple layers beneath a transparent surface) at sampling speeds up to 27M data points per second and a measurement repeatability of 70nm. No other vision solution on the market combines this level of speed, precision, and multi-modal, multi-layer imaging capability.

The acquisition of FocalSpec expands LMI Technologies’ smart sensor portfolio of laser profilers and structured light snapshots with patented confocal technologies. Together, our scanning and inspection solutions lead the industry in solving challenging applications across a variety of markets such as consumer electronics (CE), battery, pharma, semiconductor and medical.

Sauli Törmälä, Chairman of FocalSpec: “The addition of LCI technology to the 3D product portfolio of LMI Technologies builds a highly complementary set of solutions for metrology applications in critical assembly processes. Along with their leading inspection software, we believe FocalSpec and LMI will be a power house of metrology in the years to come and look forward to joining forces."

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Smart sensor company has new VP of Sales.

LMI has announced the appointment of Len Chamberlain as VP of Sales.

Len Chamberlain

Len has been with LMI for the past 3 years and has been instrumental in the growth of our global sales team. He brings a wealth of industry knowledge and business acumen to LMI with over a decade of experience working in senior roles in the 3D machine vision industry.

The announcement comes quickly on the heels of the company's move into a new Headquarters near Vancouver (BC CDN). The new building provides a large increase in manufacturing space to support the rapid growth LMI has been experiencing.

LMI HQ in Burnaby, BC, CDN

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Recognition of Canadian ICT company.

LMI Technologies (LMI) has been recognized in the 2016 edition of the Branham Top 250 Canadian Technology Companies list. Based on revenue the Branham300 Top 250 is the definitive list of the top Canadian information and communication technologies companies.

“With over 9,000 hi-tech companies operating in British Columbia alone, we are honored to be recognized as one of the top 250 Canadian companies by Branham300”, comments CEO Terry Arden. “Over the last 18 years, we have invested heavily in the design and development of 3D sensor technology that is critical for the optimization, quality control, and automation of production systems. As a result, we have enjoyed significant growth year over year. None of this could have happened without the dedication and commitment by our 175 staff in 6 offices worldwide.”

LMI products support numerous applications including wood processing, wheel alignment, metals and casting, road and rail inspection, factory automation, automotive and aerospace manufacturing. As the industrial landscape evolves, LMI Technologies continues to develop 3D scanning and 3D inspection solutions for the smart factories of tomorrow.

• "The Branham300 is designed to promote Canada's Information and Communication Technology industry and the people who build technology businesses in Canada. This year, we were thrilled to see Canada's Top 250 companies set another revenue record. It is a testament to the strength of our ICT sector." — Wayne Gudbranson, CEO, Branham Group

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Complete redesign improves efficiency of the inspection process!

LMI Technologies (LMI) has just released their  Gocator 4.0 Firmware. The firmware supports the Gocator 3D Smart Sensor product line including displacement, profile, and snapshot sensors. The latest Gocator 4.0 firmware is a complete redesign of the web browser user interface experience that improves the efficiency of the inspection process.

“Driven by market feedback, Gocator 4.0 Firmware has an improved workflow and layout that aligns with common industry practices,” said Chi Ho Ng, Product Group Manager. “Measurement tools are intuitively regrouped by categories for quick setup. Its modern yet sophisticated graphical user interface delivers simpler setup of measurement tools while maintaining advanced capabilities and control. Gocator 4.0 Firmware truly redefines the user experience.”

Major developments to Gocator 4.0 Firmware release includes:

Part Edge Filtering Improves Measurement Accuracy
Gocator 4.0 Firmware has a built-in capability to remove noise around the perimeter and interior of scanned surfaces or parts. Noise filtering increases repeatability and accuracy of 3D measurements by allowing the measurement regions to be placed with precision without any noise interference.

Greater Ability To Handle Part Variations With Flexible Anchoring
With flexible anchoring, measurement results can be used as anchoring sources for other measurements. This feature supports multiple anchoring sources within the same setup. Measurement tools can now be used to solve complex applications with part position and size variations, giving users the flexibility in setting up measurement tools.

Surface Generation Offers Flexibility With Various Setup Options
The new firmware now supports a number of methods to create a surface or a 3D point cloud. This provides greater control and flexibility for supporting common industry scanning methods such as conveyor, web, robotic, and rotational scanning setup.

Improvements To SDK Simplify Software Programming
The SDK is updated to provide cleaner API along with built-in support for multi-sensor systems. Simplified programming for multi-sensor systems greatly reduces software development time.

Compact Protocol Delivers Faster Processing Speed
The new Gocator Ethernet (TCP/IP) protocol reduces overhead and makes data parsing much easier. Reduced network bandwidth and data processing requirements allow applications to run faster on the same hardware.

• Gocator 4.0 Firmware is available as a free download.

3D smart cameras

The use of the LMI Gocator 3D smart camera, from Stemmer Imaging,  mounted on a robot arm offers a rapid and accurate way of making gap and flush measurements on automotive panels. These measurements allow correction and error proofing of any build problem; reduction of unexpected cost in repairing misassembled panels; reduction of waste from discarding damaged panels due to fit problems and even rejection of the vehicle if the panels are badly misaligned. With an integral laser line source, optics and camera, the Gocator allows simultaneous measurement of both the gap and flush at very high accuracy.

Gocator features a host of built-in measurement tools which are configured through a standard web browser. This allows the entire measurement sequence to be set up quickly and efficiently without any custom software programming. Gocator is supplied pre-calibrated and ready to use, straight from the box.

The Gocator is mounted on a robot that is used to position the sensor so that two panels are in the view of the sensor. Once the sensor is positioned, the robot will initiate a start signal to the sensor to begin measuring. The part of the laser line that falls on the flat part of the panel forms a natural reference for the measurements. The sensor will then perform the gap and the flush measurement and on completion signal the robot with the inspection results. The robot is programmed to move to a number of pre-defined inspection positions around the vehicle body. At each position the panels are measured against a specific target and tolerance.

The sensor is capable of storing thousands of configurations, allowing the robot to call for specific measurement parameters at each inspection position. The Gocator supports several industrial PLC protocols to control the sensor and to collect measurement results. Additionally, an open source Software Development Kit (SDK) is available for engineers who want to do their own programming

Smart vision systems for packaging inspection

Smart vision systems and compact vision systems, for applications such as product and packaging inspection; code and label reading and verification, and 3D measurement of product volume to optimise packing and reduce packaging waste, will be shown by STEMMER IMAGING at Pro2Pac (17/20 Mar 2013 London GB).

Smart cameras feature on-board image processing so do not need a PC in order to operate.

The Gocator 3D camera from LMI Technologies Inc offers a host of 3D measurement capabilities such as product volume, surface flatness and groove measurements and can be used in direct packaging applications or in the manufacture of packaging materials. Product volume measurements allow the contents of cartons and containers to be optimised to avoid wasting valuable space. Groove measurement can be used wherever grooves are essential to a product’s performance such as plastic container lids. Surface flatness measurement is ideal for web applications such as paper or plastic film production.

The BOA range of smart cameras includes the BOA, BOA Pro and BOA IDR models and offers a multitude of product and packaging inspection capabilities for product quality and packaging integrity as well as 1D and 2D code reading and verification capabilities. The BOA Pro has the powerful Sherlock software on board, previously only available on PC-based systems. Sherlock provides a comprehensive range of measurement and analysis tools complemented by advanced pattern recognition tools for object alignment and robot guidance.

GEVA-300 is a new, low cost compact vision system from Teledyne DALSA, which provides an industrial vision platform to which up to 6 GigE Vision cameras can be added for multi-camera inspection applications. Vision solutions can also be setup using the Sherlock application software or the entry level iNspect software which requires little or no prior vision experience.

New capabilities for 3D smart camera

The latest version of the Gocator series of 3D smart cameras from LMI Technologies, marketed by Stemmer Imaging, has introduced a host of new features to further enhance its performance in machine vision applications. These include whole part measurement including volumetric measurements, 2D surface inspection, Modbus TCP support and a number of triggering enhancements.

The new whole part feature makes factory automation easier and less expensive by eliminating the multiple components and software engineering required for automated part scanning and detection. By automatically detecting the start and end point of a single or multiple components traveling along a conveyor, the whole part can be scanned and measured. With discrete parts segmented into 3D cloud datasets, Gocator can now perform volumetric measurements such as volume, centroid, orientation, etc to provide information on dimensions, location, and orientation.

Support for record/playback is also provided and it is possible access whole part data using a Software Development Kit. This new mode offers comprehensive 3D displays including pseudo color visualization of each part as well as data export for off-line analysis.

2D Imaging is now possible by extracting laser intensity information to build a 2D image for use with standard 2D processing tools, giving the benefit of 2D visual inspection. Using laser intensity to produce a grey scale image calibrated to actual dimensions, this Intensity Output data can be combined with 2D image processing libraries to easily identify surface defects and patterns including barcodes, enabling Gocator to inspect surface features in the same way as a traditional 2D camera system.

Gocator sensors can now also “plug in” to the factory floor via Ethernet communication over Modbus TCP protocol. PLC connected Gocators integrate more easily and cost effectively into existing factory automation systems. In addition, multi-language communication has been introduced for ease of use. The system can also automatically indicate if there is any data loss due to incorrect set-up of the camera

Gocator now also supports gated triggering and various encoder tracking methods. This provides great flexibility when using Gocator on a robotic arm (to control when 3D scans are acquired) or when using a conveyor with an encoder. Bi-directional encoder triggering allows Gocator to scan an object while it is moving in either direction on a conveyor, thus reducing production time when an item needs to be scanned multiple times or in different directions. Gated Triggering allows Gocator to easily integrate into systems that use a PLC or photocell to trigger a scan sequence.

Software for high accuracy recognition and metrology

LMI Technologies Inc. (LMI) announces the release of Version 4.1 of their HexSight software for high accuracy recognition and metrology. The new V4.1 HexSight Software adds further support for colour image processing and hardware acceleration and now supports Sony Intelligent Cameras.

“HexSight 4.1 is a first class recognition and metrology library suitable for deployment on PCs and now embedded platforms like the Sony Intelligent Camera product line”, says Terry Arden, CEO of LMI Technologies.

HexSight’s geometric pattern recognition technology offers flexible and reliable contour-based identification of objects unaffected by scale, orientation, lighting, occlusion, clutter, contrast reversal, or even subtle colour variation. After finding objects, it delivers a flexible set of metrology tools to measure and confirm that the parts meet key tolerances.

To maximise capabilities of the software, HexSight 4.1 incorporates a wide range of third party camera and frame grabber support. The latest release adds support for fully compliant GigE Vision Cameras, adding to the current capability to work with any IEEE 1394(Firewire) and USB camera that uses a DirectShow driver.

HexSight 4.1 is ideal for a vast array of machine vision challenges including road sign detection, solar wafer inspection, shirt tag location and analyses, optical character recognition, brake pad inspection, part sorting and sizing plus many other applications.


"But don’t just take our word for it. Test your ideas today by downloading your free trial of the HexSight software" .