Handheld barcode scanner.

Sustainable features span everything from low power consumption to the use of recycled and recyclable materials.

The Gryphon™ 4600 series is Datalogic's new-generation and world’s first premium line handheld scanners that combine AI-powered performance, versatile design and sustainable innovation. Engineered for superior scanning precision and efficiency, the Gryphon 4600 enables users to work faster, smarter and more sustainably – setting a new benchmark in versatility and performance for every industry.

Designed to eliminate the bottlenecks that slow down any workflow, the Gryphon 4600 delivers instant, first-pass reading on all major 1D and 2D codes, including GS1 Digital Link, digital watermark, and dense high-resolution variants, even in the most demanding environments.

The scanner’s powerful combination of high-speed dual-core processor and pioneering AI-driven neural decoding technology delivers unrivaled speed and precision.

A new dual sensor optics system (1.5MP + VGA) powering HP models, expands scanning capabilities from near to far distances to deliver superior scanning and depth-of-field when reading high-density to low-density codes.

Operators benefit from intuitive targeting with a new bright green LED crosshair aimer (high visible and safe) and a dual-color LED illumination technology that adapts instantly to any task without pre-selecting specific scanner models. New power options with smart battery management allow users to benefit from a high-capacity LI-Ion battery pack or a Super Capacitor (battery-free) pack to minimize downtime and maintenance, while Datalogic’ signature Green Spot good-read feedback and wireless charging remain hallmark of the Gryphon family.

The new Datalogic Connect software platform adds another layer of intelligence — enabling remote configuration, real-time monitoring, and performance analytics for every device in the field. Businesses can instantly gather data and apply insights to boost uptime, streamline maintenance, and make smarter operational decisions. To further protect productivity, customers can pair the Gryphon 4600 with Ease of Care service plans, ensuring continuous performance and minimal downtime.

Compatibility with existing Gryphon accessories — including cables, power supplies, bases, and chargers — reduces investment costs and simplifies upgrades for existing users, reinforcing Datalogic’s commitment to protecting customer value.

The Gryphon 4600 is the market’s first series of premium-grade handheld scanners to embrace an eco-design strategy¸ providing that sustainability and high performance can coexist.

The new devices achieve up to 25% lower power consumption, are made with over 70% recycled materials, and feature a lighter, optimized design for reduced environmental impact.

Datalogic’s Life Cycle Assessment (LCA) ensures transparency in every step of the design, with independent verification underway and Carbon Footprint Certification in progress.

Available in High Performance (HP), High Density (HD), and Healthcare (HC) models, the Gryphon 4600 meets the unique needs of each environment. The HC models include disinfectant-ready enclosures and antimicrobial silver-ion additives, ensuring safe, hygienic use in patient care, laboratories, and pharmacies.

Distributors and system integrators can standardize on one product line for diverse applications — reducing complexity, simplifying inventory, and delivering consistent, premium scanning experiences across the board.

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@DatalogicGroup @digimarc @mepaxIntPR #PAuto #Automation

Reliable code reading.

New code reader reliably captures 1D and 2D bar codes – even in the form of DPM codes.

Leuze has expanded its portfolio with the DCR 100i series, a compact code reader designed for reliable 1D, 2D and DPM code detection across variable working distances and high process speeds.

Whether on printed circuit boards, assemblies, or moving packaging, tracking and quality control in industrial production require sensors that can reliably detect bar codes. This is where the new DCR 100i series code reader from Leuze comes in: It provides precise reading of 1D and 2D codes through its high-resolution 1.3-megapixel CMOS imager. Users also benefit from simple commissioning and intuitive software.

Leuze's Sensor People have equipped the DCR 100i code reader with powerful decoding algorithms and flexible focus areas. The sensor thus reliably detects even small 1D and 2D bar codes at different distances. With a frame rate of 120 frames per second, the DCR 100i captures even fast-moving objects – ideal for systems with high process speeds of up to two meters per second. DPM codes applied directly to components can also be reliably detected. This is particularly important in the electronics industry. Another advantage is the DCR 100i’s large field of view allows it to read multiple codes simultaneously. This allows it to identify complex or grouped packaging efficiently.

The DCR 100i is ideal for object detection at high speeds, for example in the packaging industry. At 120 frames per second, it enables conveyor speeds of up to two meters per second.

Exact focus.
The DCR 100i can easily be set up for different working distances, code sizes and surfaces using the manually adjustable focus. Four selectable focus ranges – from very short (40 mm) to a long operating range (550 mm) – enable sharp images and high read rates in any application. This gives maximum flexibility for various industrial application scenarios.

Integrated in no time.
Users can conveniently set up the code reader directly on the device. Integrated trigger and teach buttons as well as automatic adjustment of exposure, illumination and decoding allow fast and error-free commissioning without a PC. The DCR 100i series provides Ethernet connectivity and supports industrial protocols such as Modbus and TCP/IP, as well as the RS232 serial interface. This allows the device to be integrated seamlessly into different automation systems.

The DCR 100i code reader can read multiple bar codes and 2D codes simultaneously with its large field of view. Its imager is optimized for vertical mounting and provides a wide horizontal field of view as well as optimized reading rates.

Robust design.
The DCR 100i also stands out for its compact and robust design: The sturdy aluminum IP64 housing reliably protects the device from dust and liquids. A glass cover provides lasting protection for the optics. With its space-saving dimensions (44 x 53 x 29 millimeters), the code reader is easy to integrate into applications with limited space.

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@LeuzeUK @LeuzeUSA @mepaxIntPR #PAuto

99.995% accuracy barcode reader.

A range of new industrial barcode readers that achieve 99.995% reading accuracy has been launched by Brady Corporation. These new barcode readers are designed to improve data accuracy and can share data via most prominent industrial protocols.

All 3 barcode readers, the V4500, V3200 and V2200, offer extremely high barcode reading accuracy. Brady says the readers encountered 1 issue per 2000 barcode scans when tested on wrinkled and reflective barcoded materials, while passing underneath the readers at 15 centimeters per second. To achieve the 99.995% accuracy, the readers use the proprietary, high performance CortexDecoder algorithm from Code Corporation, a Brady company. In addition, the readers are equipped with patented dual-field optics to accurately scan barcodes from afar, and from a variety of viewing angles.

Protocols.
The V4500 top range model and the V3200 mid range both work with a new V1400 industrial cradle from Brady. The cradle not only provides recharging for the readers’ up to 100 000 scan batteries, it can also share data via 8 industrial protocols, including Profinet, Ethernet/IP, ModBus TCP/IP, MQTT, OPC UA, Siemens S7 PLC, BacNet and Allen-Bradley PCCC. This enables almost any manufacturing or warehouse environment to switch to the higher accuracy barcode readers.

The top and mid range models (V4500 and V3200) reliably connect to the cradle from up to 100 meters via Bluetooth. The V2200 is wired and can be outfitted with a cable up to 3 meters long. Depending on the model, between 75 000 and 100 000 barcode readings are possible on a single battery charge.

All 3 readers can capture 40 mm barcode 128 data from up to 92 cm, and tiny 10 mm datamatrix codes from up to 17 cm. The reader models also resist 2.4 metre drops, tumbles, shocks and up to 113 kg crushes. All readers are water- and dust-resistant up to IP65 ingress rating.

Javascript programmable.
Each reader can be custom programmed to only read application-relevant barcodes on items that have several. Green/red light confirmation can be activated when a complete list of items is read, in any order, to support kit completion scenarios and to avoid missing, or misplaced parts. When GS1 or structured barcodes are used, a subseries of items can be confirmed, such as ‘medium green men t-shirts’. Custom programming the readers can be done with Javascript, either by in-house IT specialists or Brady’s specialised AIDC-team.

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@BradyEMEA @mepaxIntPR #PAuto #Manufacturing

Integrated connectivity.

Bar code readers from Leuze are equipped with "integrated connectivity" Integrated connectivity means: All relevant industrial Ethernet interfaces are integrated into the sensor. It sounds simple but is not standard on the market. Instead, manufacturers often offer devices without an industrial Ethernet interface to save development effort. In such cases, the interface is available via a gateway. 

Leuze bar code reader  BCL 300i

The following examples show why this is not the optimal solution and why the system operator benefits in multiple ways with integrated connectivity from Leuze. The benefits range from commissioning (device management) to machine monitoring (condition monitoring) to process optimization.

Streamlined system layout.
Leuze offers devices with integrated interfaces for PROFINET, Ethernet/IP, and EtherCAT. The significant advantage that can already be gained during commissioning is demonstrated using design example with and without integrated connectivity. First a look at systems with barcode readers without integrated interfaces: here, each scanner must be connected to a separate gateway - this means an additional gateway with its own power supply for each barcode reader. As a result, the installation effort and the number of cables are twice as much as needed. The parameterization is also considerably more complex. Don’t forget: Because of the required gateways, there are significantly more devices in the system that can cause a malfunction and must be checked. In comparison, the same system with integrated connectivity: The industrial Ethernet interface is already integrated into every bar code reader. This makes separate gateways superfluous. Above all, the system layout is very clean and requires fewer cables. Last but not least, errors can be eliminated more quickly as fewer devices have to be checked.

The implementation of a linear topology for each integrated switch reduces the cabling requirements, saving time and money

Leuze sensors with integrated connectivity also have an additional feature that contributes to efficient commissioning: the devices have one switch as standard, i.e. an Ethernet input port and output port each. As a result, system operators do not need an external switch. In addition, several devices can be wired more easily, for example in a ring or linear topology. With linear wiring, the system operator connects one sensor to another through integrated switches. Only the last sensor in the chian is connected to the controller. The advantage here is also a simpler system design and fewer cables. Devices without an integrated switch, on the other hand, require an external Ethernet switch. Users must also connect each individual sensor to the switch via a star topology and then connect this to the controller

The usual control environment.
Integrated connectivity also means that you can work in your usual control environment. This is possible because the entire device parametrization is integrated into the GSDML file ("Generic Station Description Markup Language") of PROFINET, for example. In contrast, many other Ethernet-based devices on the market generally have to be parametrized via a web server. This is complicated because each manufacturer provides its own web server version with its own user interface. Users have to familiarize themselves with new interfaces every time and find the corresponding functions. In addition: devices without Ethernet that are connected via a gateway often require productspecific manufacturer's software for parametrization. This may result in compatibility issues with the hardware used.

For example, if the manufacturer does not update their software after a few years. Here too, integrated connectivity has multiple advantages:

• Users remain in their usual control environment
• No manufacturer software installation and related training required.
• No need to access a web server

Leuze devices with integrated connectivity are very easy to parametrize. Only the GSDML file has to be downloaded from the Leuze website via the control and copied once into your engineering software. The modules are then available in the hardware catalogue. The function of the device is explained in a clear and concise way. This makes parametrization and sensor usage easy and the manual is not required in most cases.

Support from the sensor.
A look at the sensor’s device profile with integrated connectivity further simplifies programming. As an example: for the AMS and BPS positioning sensors, Leuze not only provides positioning values but also a calculated speed value. Anyone who needs this value in their system saves time as it does not need to be calculated. In addition, if you only want to filter for certain barcodes without integrated connectivity, you have to do this via the controller. Leuze BCL bar code readers can be done more efficiently because here you can prefilter according to specific criteria. Only codes which correspond to the required pattern are transferred to the control. The option to duplicate PROFINET devices in the engineering tool saves time. Users only have to specify the parameters once and can then copy the settings as needed. Integrated connectivity even helps when a device is replaced: If a damaged sensor has to be replaced, the system automatically transfers all the parameters stored in the controller to the new device. The sensor is immediately ready for use.

Simple interface management in all control environments with "integrated connectivity" from Leuze

Keeping an eye on quality. 
Integrated connectivity not only provides support during commissioning but also with machine monitoring, i.e condition monitoring. For efficient operation, system operators need answers to questions such as: is the plant operating correctly? When do I need to schedule maintenance? The answers are provided by the integrated interface. Via industrial Ethernet communication, it not only transmits the actual process values but also diagnostic data which are available in the controller. As a result, all identifying data can be read out via a barcode reader to manage the device. This includes the serial number or the software/hardware of the sensor. Moreover, there are quite a number of diagnostic parameters, such as the number of OK and NOK readings. In particular, the system with the bar code readers, the system also supplies a quality indicator for each individual code reading. This provides information about the quality of the readings. The value is generally between 90 and 95 percent and can be monitored to detect deviations during operation. For example, caused by contamination or mechanical damage. Remote monitoring can also be implemented as an additional communication channel via OPC UA. The control can be used for this purpose, but Leuze sensors provide a much easier solution, as they can be accessed directly via the OPC UA. As a result, system operators can monitor their devices while the process is running. This gives them real-time information on the performance of the system. If required, the data can also be transferred to a cloud - there are no restrictions whatsoever.

Simple process optimization.
How can processes be optimized on the basis of the collected data? This is demonstrated by two representative practical examples using barcode readers. First example: The scanning window of the sensor can become contaminated. In some systems this does not happen for years, in others, it occurs more quickly. In order to determine which sensor is contaminated, data evaluation via OPC UA can be used. Based on the data, a software program records the reading quality of each individual decoding process. This indicates maintenance for bar code readers with impaired reading performance. Second example: The label itself can also cause problems - for example, if the code is damaged or printed incompletely. In this case, it is not enough to monitor an individual sensor to determine the error. Instead, the faulty label has to be traced along different reading stations to identify it. This makes it possible to detect similar evaluations and use the identification number to determine the label involved.

Summary.
Integrated connectivity offers advantages on several levels. It contributes to easier commissioning and provides additional information for machine monitoring. This information is particularly useful for process optimization, resulting in optimal system performance. All sensors developed by Leuze for Fieldbus-controlled automation, for example in intralogistics, are equipped with integrated connectivity. This allows system operators to save time and money. "The Sensor People" from Leuze will help to provide you with support to select and implement the optimum solution.

@LeuzeUK @LeuzeUSA @mepaxIntPR #PAuto #Manufacturing

Large area barcode reader.

Delivers unprecedented single-camera coverage in a compact hardware solution.

Cognex Corporation has released the High Speed Steerable Mirror, a patented technology designed for use with the DataMan® 470 barcode reader that supports large field of view applications with a single compact system.

“The High Speed Steerable Mirror changes the game for large area applications that typically require a multi-reader solution,” said Matt Moschner, Cognex’s Sr. Director of ID Products. “Now, e-commerce and logistics companies can get up and running more quickly, and achieve the same high accuracy scanning results with lower maintenance costs.”

The new steerable mirror attachment expands DataMan’s field of view both vertically and horizontally, giving 3MP and 5MP barcode readers an effective resolution greater than a 50MP sensor. Coupled with the latest in liquid lens technology, this system can both change field-of-view and depth of focus dynamically. A single DataMan system can now be used for pallet scanning, aggregation, and other large area applications that previously required high-resolution PC-vision or multiple fixed-mount sensors.

The steerable mirror arrives preassembled to the front of a DataMan 470. The unit is configured using a built-in web-based setup wizard, allowing operators to deploy an application in five minutes or less. The user simply enters their application specifications, and the wizard automatically calculates the optimal scanning pattern, ensuring the highest read rates in the shortest cycle times.

@Cognex_Corp @mepaxIntPR #Pauto 

High-Performance handheld barcode readers.

The DataMan® 8700 Series of handheld barcode readers has been launched by Cognex. Built on a completely redesigned platform, this next generation of handheld readers delivers cutting-edge performance and ease of use with no tuning or operator training required.

“Cognex specialises in reading the most difficult barcodes at the highest speed and accuracy,” said Carl Gerst, Cognex Senior Vice President and Business Unit Manager of Identification Products. “With the 8700 series, we’ve developed the world’s fastest line of industrial handheld readers, offering unprecedented response times and durability right out of the box.”

Featuring advanced image formation and quick processing, the 8700 Series can instantly read challenging direct part mark (DPM) and label-based codes, even when vital elements of the code are missing or damaged. Designed with oil-resistant and waterproof plastics, the readers are built to last in the harshest manufacturing environments.

The new readers include built-in OLED display screens to enable quick setup and operator feedback, such as wireless signal strength, read string data, and remaining battery life. They also support a broad range of industrial protocols and wireless communication options to connect seamlessly and operate efficiently in any facility.

The 8700 Series is ideal for improving factory efficiency, productivity, and component traceability across a range of industries, including automotive, medical devices, electronics, and aerospace.

@Cognex_Corp #PAuto #MEpax 

Accurate barcode verification.

Cognex Corporation has recently launched the new DataMan® 475V Inline Barcode Verifier. Providing contract-compliant assurance in adherence with the International Organization for Standardization (ISO), this high-speed system delivers the most reliable code verification and quality reporting for 1D, 2D, and direct part mark (DPM) codes.

“Barcode verification is critical for ensuring high code quality throughout the supply chain, preventing product waste, chargebacks, and loss of customers,” said Carl Gerst, Cognex Senior Vice President and Business Unit Manager of Identification Products. “The DataMan 475V automates barcode verification, bringing quality assurance out of the lab and into production.”

The DataMan 475V is equipped with precision optics, powerful lighting, robust grading algorithms, and a high-resolution camera to capture and grade even the most difficult codes. The system uses a proven high-speed, multi-core processing engine to ensure ISO compliance at production line speeds.

When code quality drops, users can now get immediate feedback to quickly identify printing and process control issues, as well as diagnostic tools needed to correct them. Combined with advanced data delivery capabilities, the DataMan 475V ensures informative, repeatable results for a range of industries including automotive, medical device, consumer products, pharmaceutical, and logistics.

@Cognex_Corp #PAuto 

Scan ring wins!

Advantech's LEO-W wearable barcode scanner ring was honored with a 2020 Taiwan Excellence award. This prestigious award is considered one of the highest honors in Taiwan’s industry. Advantech’s LEO-W wearable barcode scanner ring was selected by the jury for “impressively demonstrating superior innovation”.

Universal Design with Optimized Scan Button Enables Hands-Free Scanning
The LEO-W wearable barcode scanner ring is an ultra-compact Bluetooth barcode scanner that is worn on a finger for hands-free scanning. Designed to streamline workflows for warehouse, logistics, retail, and inventory management applications, LEO-W is capable of scanning barcodes printed on paper labels or displayed digitally. Unlike traditional barcode scanners with a capacitive touch pad, LEO-W features an optimized physical scan button for superior control and power savings. The LEO-W barcode scanner is available with five ring strap sizes and can be worn on either the left or right hand for maximum flexibility and comfort. Moreover, LEO-W features a magnetic connector for easy battery recharging, thereby eliminating issues related to cable bending.

Key Features + Wearable ergonomic design with optimized scan button enables hands-free scanning + Universal design for the left/right hand with flexible ring sizes + Bluetooth connectivity ensures easy integration and reduced power consumption + Compact, lightweight (33g) design for convenient deployment + IP54 rating and 1-m drop protection ensures reliability for industrial applications + Magnetic connector enables easy battery recharging

Compact Yet Durable Solution Ensures Reliability for Industrial Applications
To ensure reliable operation in harsh industrial environments, LEO-W features a wide operating temperature range (-20 ~ 50 °C/-4 ~ 122 °F), IP54 rating for protection from water and dust, and can withstand drops of up to 1 meter. The compact, lightweight (33 g) design allows LEO-W to be deployed for a wide range of applications. For long-duration use typical of shift work, the built-in battery supports up to 8 hours operation and can be recharged within 1.5 hours. Overall, LEO-W provides a great-value mobile data collection solution with the durability to withstand rough handling in industrial environments.

Built-In Bluetooth Connectivity Facilitates Easy Integration
Equipped with Bluetooth communication technology, the LEO-W barcode scanner ring can be easily paired with a wide range of devices for real-time data collection. Moreover, the scanner can operate at distances of up to 10 m (33 ft) from the host system, increasing worker mobility and overall efficiency.

By reducing workflow interruptions and data-entry errors, the LEO-W barcode scanner ring allows managers to streamline operations and increase productivity.

#PAuto @iAutomation_EU @mepaxIntPR

Barcode printers.

Printronix Auto ID has announced the addition of the T4000 RFID Thermal Barcode Printer to its rapidly growing line of high-performance RFID printers. The T4000 prints and encodes on both standard and on-metal RFID labels and tags making it a universal solution for almost all RFID applications.

The T4000 RFID printer was designed from the ground-up to print and encode on-metal and traditional labels, making it the ideal solution for RFID asset tagging of tools and equipment used in healthcare, manufacturing, supply chain, IT, and service yard industries. On-metal tags typically include a foam insulator and a metal foil backing that makes them incompatible with most standard RFID printer/encoders, but the T4000 was engineered to handle the media with ease. And, because accuracy is critical in every application, the T4000 will back-up and completely overstrike RFID labels that fail to encode properly.

“The T4000 is a great addition to our rapidly expanding line of RFID printers at a price point that offers great value to our customers,” said Andy Edwards, Director of Product Management. “The T4000 was designed for ease of use, high productivity, and the flexibility of printing on-metal or traditional RFID tags. We are committed to providing our customers with the same versatility and reliability in our RFID printers that they expect from all Printronix printers”

The T4000 is available with and without RFID capability. Due to its compact size, the T4000 fits into environments where space is limited but enterprise-level performance and RFID printing is a requirement. Despite its small stature, the T4000 can easily print up to 5,000 labels or tags a day at an impressive ten inches per second.

Designed for today’s high-tech applications, the T4000 fits seamlessly into any environment with multiple connectivity options, remote printer management tools and automated alerts that keep operations functioning at optimum efficiency and productivity. The T4000 RFID comes standard with Ethernet, USB host, USB device and Serial connectivity. State-of-the-art versions of WiFi and Bluetooth can also be ordered as optional features.

Like all Printronix Auto ID industrial label printers, the T4000 RFID is built on their exclusive Printronix System Architecture (PSA) platform which simplifies printer replacement and installation. Users and IT professionals will appreciate the nine thermal printer language emulations, embedded webpage, remote printer management tool, and a user interface that is common to all Printronix industrial printers.

Easy to operate; the T4000 includes a bi-fold door that allows users to change media and ribbon in tight spaces and the illuminated 3.5-inch color display provides adequate light and easy navigation under any conditions. To minimize media changes, the easy side-loading label and ribbons spindles support 8-inch media rolls and 450-meter ribbons.

#PAuto #RFID @PTXAutoID @PresseBox

New partner in barcode & datacapture in MES technology solutions.

VisionID have appointed ONG Automation as their first “Allianz Partner“ for MES Technology Solutions in recognition of their utilisation, skills and the delivery of a large number of MES solutions delivered by ONG recently using VisionID’s technology for Barcode Scanning, Cognex Vision Solutions, Mobile Computing, RFID and Label Printing.

Robert Jones – MD, and Cathal Murtagh, 

Sales & Marketing Director, VisionID with 

Richard Stapleton, Industry Solutions 

Manager, ONG Automation

Cathal Murtagh, Sales and Marketing Director, VisionID, “The VisionID philosophy is to be the leading independent supplier of Mobile Computing, Identification and Barcoding solutions to all industry sectors throughout Ireland. VisionID Ltd. was formed to provide Barcode and Data Capture solutions in today’s “real time” society. Whatever the industry sector, data capture technology can facilitate improved performance and efficiency, delivering a realistic ROI in a very short timeframe.”

Richard Stapleton, Industrial Solutions Manager, ONG Automation, “We have seen our MES business grow over recent years and customer demands for Turnkey Automation Integration MES solutions and ERP Integration has also grown. VisionID provides us with the Data Capture technology and Technical support to enable us capture this real time data to help our customers improve decision making and increase their profits.

“We have been an early adaptor in industry for real time data collection and have delivered a large number of MES Solutions worldwide using VisionID’s technology to complement our every growing Industrial Automation and MES Solutions business. “

“Key Plant Stake Holders, Plant Managers and Decision Makers all require real time plant floor information, Reporting Solutions, Traceability Solutions and MES Solutions with integration into the ERP Layer from a Turnkey Supplier. Our Industrial Automation Solutions provide Real Time Process Information but we needed solutions which could provide us with information for our Track & Trace and MES Solutions. We turned to VisionID to provide us with the technology for Barcode Scanning, Vision Systems, Mobile Computing, RFID and Label Printing Solutions."

Richard went on to say, “using technologies from leading suppliers in the market such as Motorola, Cognex, Zebra, we provide our customers with the very latest in technology complimented with the leading MES Software Suppliers such as Wonderware and Rockwell to provide turnkey cutting edge MES solutions for our customers. We recently used the Motorola RFID Solutions supplied by VisionID as part of an MES Solution for Product Tracking and we are delighted with the level of support and training provided by VisionID.”

Cathal added “We have aligned ourselves with the world’s leading manufacturers of Barcode Printers, Barcode Scanners, Handheld Mobile Devices, Wireless Solutions as well as Plastic Card Printing Systems and we are delighted now to be working with ONG Automation.

Recently VisionID has launched a number of new initiatives including a €100,000 investment in a state-of-the-art Service and Support Department, a Professional Services team and a dedicated Software Provider/IT Reseller Channel Manager."

• ONG Automation are a Worldwide Solution Provider of Industrial Automation & MES Solutions with their headquarters in Cork Ireland, ONG have offices in Qatar, UAE and USA. ONG Automation are a Wonderware Endorsed System Integrator and a Rockwell Recognised System Integrator for Industrial Automation.

Smart camera for identification & tracking applications

BOA IDR is a tiny smart camera package, from Stemmer Imaging,  capable of barcode, character and pattern identification or verification in a single self-contained unit. These core capabilities allow manufacturers to ensure that all product markings are correct when they leave the factory floor. BOA IDR provides a highly integrated solution for defect detection and reject tracking for high speed applications in the automotive, consumer, electronics, packaging and pharmaceutical industries.

Complete with embedded software and processing, BOA IDR allows manufacturers to combine 1D and 2D tracking with other inspection tasks. These include character reading (OCR) and feature verification to automatically identify, validate and verify markings or features on parts, products or assemblies.

1D and 2D capabilities include part validation and verification, part traceability and label validation in addition to 2D error proofing. OCR tools offer date, lot and product code validation, error proofing, printed text validation and label validation. Comprehensive pattern recognition facilities include label presence and placement, tamper proofing pattern verification, cap presence and placement, printed text verification, error proofing and robot guidance.

The preloaded IDR application can be quickly setup and deployed using a standard web browser interface. No software installation is necessary, except for the fully functional emulator that supports offline development and debugging. The versatile BOA IDR features a 4-step user interface designed to guide first time vision users but this also offers advanced features such as custom scripting for experienced integrators.

The camera is available in a choice of resolutions and provides standard industrial Ethernet protocols for integrating into the factory network, including support for popular PLCs such as Rockwell Automation and Siemens. In addition to Ethernet, BOA IDR provides serial RS-232 and discrete I/O connections, as well as expandable I/O options. A dedicated strobe output is further provided for direct light control.