Robots
A computerized machine designed for a wide variety of manufacturing functions such as material handling and automobile assembly. (www.scotsmist.co.uk)
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Failure Analysis
MicroINSPECT 300FA
The MicroINSPECT 300FA is an automated wafer inspection tool used for semiconductor wafer failure analysis. Its small footprint, high speed, and low cost relative to its rich features yield a superb cost of ownership and makes this an ideal tool for your fab or failure analysis lab. The MicroINSPECT 300FA combines advanced robotics, wafer sorting, an intelligent wafer inspection microscope together with SiteVIEW Software to produce an integrated failure analysis tool.
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Automatic Solid Phase Extraction Instrument
DRK-SPE216
Shandong Drick Instruments Co., Ltd.
The DRK-SPE216 automatic solid phase extraction instrument adopts a modular suspension design. It relies on a precise and flexible robotic arm, a multifunctional injection needle, and a highly integrated pipeline system, which greatly improves the efficiency of sample pretreatment and brings you easy and convenient Work experience.
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Wi-Fi Performance Validation
Excentis offers a unique testing service in a real home a realistic, static, residential environment with controllable interference. This setting enables the customer to statistically compare Wi-Fi access points, as the performance is measured by a robot from different physical locations in the home, with different client types (laptops, tablets, smartphones,...) and with different operating parameters. This program can also be used for benchmarking.
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Integrated Current Sensors
GO series
*Standard package and small footprint*Cost effective*A perfect compromise for small drives, robots, solar inverters, e-bikes etc.
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Inspection + Cleaning for High Volume Manufacturing Environments
AVIT-2020
AVIT-2020 is a fully automated system that removes human subjectivity from the entire inspect-clean cycle. With integrated cleaning and fast, robotic mechanics, operators simply press the process button, allowing them to complete a week’s worth of inspections in just a couple of hours with almost zero active operation.
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Robot Guidance Systems
Robot guidance using 3D vision systems designed for object localization is making a vital contribution to the optimization of industrial manufacturing processes. Robot guidance systems from SICK give users an easy, economical way to benefit from this sophisticated technology. The systems stand out thanks to their reliable, user-friendly design. They can be integrated without difficulty in existing environments, deliver high-precision measurement results and consequently play a key role in making part handling more versatile than ever before.
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Advanced Circuit Card Automated Test
ACCAT
The ACCAT is designed to support diagnostic and acceptance test requirements across a wide spectrum of testing parameters. ACCAT provides a suite of core parametric test instruments, advanced GUI based software, Huntron Access Robotic probing and Huntron Analog Signature Analysis (ASA). ACCAT provides stimulus and asurement capabilities necessary for full functional and parametric testing of circuit card assemblies along with robotic guided probes for fault verification and debug. The Huntron ASA test is ideal for pretest or safe to power up procedures protecting the integrity of the test system.
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Machine Vision for Robot Guidance
Machine Vision for robot guidance is the automation of automation technology. Speed, flexibility, and a high degree of positioning accuracy - all increase efficiency and reduce costs for tasks involving handling and processing. The experience of hundreds of applications in 2D and 3D robot guidance in various industries have poured into the design of the robot vision VIVA application package, allowing you to implement your application.
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ROBOT-MOUNTED OPTICAL CMM 3D SCANNERS
METRASCAN-R
Part of the MetraSCAN 3D line-up, the robot-mounted MetraSCAN-R optical CMM 3D scanning systems are fast and accurate scanning solutions designed for 3D automated inspection of parts on the production line and on the shop floor. In combination with industrial robots, the MetraSCAN-R series increases the reliability, speed and versatility of on-line inspection and quality control (QC) process.
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Particulate Filter Management System
PFS-ONE
The highly precise weighing of emission particles has become increasingly important due to new legislative regulations such as Euro 6, WLTP, EPA 1066 or PM 10. PFS-ONE, the Particulate Filter Management System offers different weighing methods. This supports full compliance with current legislation in the automotive and environmental industry and also allows for flexibility of internal testing processes. The system covers the measurement, organization, tracking and control of particulate filter weighing. Built as a modular system, the PFS-ONE can be expanded from a stand-alone installation up to a fully integrated laboratory module and can be used for manual weighing or automated weighing via a robot.
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Motion / Displacement Sensors
Panasonic Industrial Devices Sales Company of America
Panasonic Infrared Motion Sensors are designed for a variety of smart solutions including smart home and building, IoT, medical imaging, robotics, digital signage and people counting. Passive Infrared Sensors allow easy integration and high reliability with environment-friendly materials. The Grid-EYE® MEMs-based Infrared Array Sensor determines thermal presence, direction of motion, and temperature values of people and objects.
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FMC-LPC I/O Module
FM191
Sundance Multiprocessor Technology Ltd.
The FM191-RUA1 has a VITA57.1 FMC-LPC connector and follows the electronics specification and recommendations of the standard but is NOT form-factor compatible and will NOT fit all FMC carriers. Two versions are available. The FM191-R main features are a daughter card which provides 5V-TTL-compatible Analogue and Digital GPIOs that are suitable for robotics, motors and sensor application.
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Robotic Sample Loading Systems
Below you can see examples of two systems using our robotic sample loading system. Many other automated microscopy systems are possible using our components.
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Cobot Testing System
CT6
The CT6 cobot testing system introduces the benefits of automation to the testing of biomedical devices and components. This system pairs a collaborative robot with a 5900 or 6800 Series universal testing system to increase the efficiency of small to mid-sized testing labs that require a high degree of flexibility in their testing systems. The CT6 is designed to handle a wide range of medical components, including drug delivery, sample collection, and wound closure products.
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3D Machine Vision Process Control Solutions
In the age of automation and robotics, manufacturers utilizing automated dispensing in their assembly lines face growing challenges to maintain process control of their manufacturing processes. To eliminate errors and optimize product quality, they increasingly need the help of machine vision based “eyes of automation”. Whether manufacturing automobiles or medical devices, they need high-speed inspection tools to confirm the accuracy of their dispensing process and the overall quality of their products.
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Data Sharing Software Framework
Adlink DDS
ADLINK DDS is a ubiquitous data sharing software framework based on the open and proven DDS standard that supports a wide range of device technologies, operating systems and programming languages. Combining deterministic data delivery, system-wide data sharing and support for data analytics, ADLINK DDS helps system integrators, OEMs, device platform vendors and Cloud service providers (SaaS, PaaS and DaaS) deliver software solutions for many vertical markets, including: Aerospace and Defense, Energy, Robotics, Healthcare, Transportation / Automotive and Industrial Automation.
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Safety Relays
Panasonic Industrial Devices Sales Company of America
Panasonic offers a wide range of Safety Relays for a variety of applications such as Emergency Stop Switches, Safety Control Units, Elevator Control, Escalator Control, and Industrial Automation, Machine Tool, Robots, Safety PLCs and more. Force guided contacts according to EN50205 Class A.
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ST VL6180X Time of Flight Sensor
SEN-36001
Highly integrated breakout board for the ST Micro VL6180X Time of Flight (ToF) range finder sensor. This sensor has many uses in the robotics, cell phone and gesture recognition space. It has two programmable GPIO pins, and most importantly, measures absolute distance up to 100mm. The SEN-36001 includes a VL6180X IC centered between two 4-40 sized mounting holes with onboard 2.8V LDO and voltage translation to handle interface voltages from 3V to 5V. The board is interfaced via an I2C interface and all IC pins have been broken out to a 0.1" pin header. Example code for the Arduino platform is available below and includes code for both the proximity measurement and ambient light sensing capabilities.
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Magnetostrictive Sensors
Linear position sensors with a profile design are contact-free and absolute measurement systems for the precise detection of one or more positions. They deliver convincing performance in harsh environments, for example in presses, injection molding machines or gantry robots, because they are made of an hermetically sealed IP67 aluminum housing. The magnets of the position encoder act on the measurement element through the wall of the profile.
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COM Express Compact Size Type 6 Module with 11th Gen Intel® Core™ and Celeron® Processors (formerly codename: Tiger Lake-UP3)
cExpress-TL
ADLINK cExpress-TL,based on the 11th Gen Intel® Core™ i7/i5/i3 and Celeron™ processor, is the first COM Express module to support PCI Express Gen 4 at 16 GT/s, effectively doubling the bandwidth of previous generations. Additionally if features support for 2.5GbE Ethernet, leveraging existing Cat5e cable infrastructure being used for 1GbE Ethernet, it supports four USB 3.2 ports with transfer rates up to 10Gb/s. The modules have a configurable power range of 15 to 28 watts, which suits them for fanless space-constrained embedded applications. Typical industries in need of such high-performance/low-power characteristics are transport, medical, industrial automation and control, edge controllers, robotics and multi-camera-based AI. cExpress-TL features the Intel® Iris® Xe, a new graphics core, and supporting AVX-512 Vector Neural Net Instructions (VNNI) can significantly improve the number of elements processed per cycle, providing AI inferencing performance that is up to 3x that of previously available from non-VNNI platforms. Intel® Iris® Xe provides 96 execution units and is able to be configured to support two 8K independent displays or four 4K independent display (HDMI/DP/eDP). Additional support includes In-Band ECC (IBECC), providing ECC level error correction on DDR4 SODIMM memories for mission critical or rugged applications.
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iRobot Nodes
NITOS team has made mobile nodes using "iRobot Create" with a custom designed tray to hold the system board. The board is an "Alix Board" of "PC Engines" company . Commands are sent to the robot over a serial port and the whole system is powered from the robot's battery. The upward facing camera is used to recognise specific patterns on the ceiling, which help the robot navigate around the room.
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Autoinjector Testing System
Instron’s Autoinjector Testing System is designed to perform full functionality testing on a wide variety of drug delivery devices, including safety syringes and both needle shield and button-activated formats. Developed in collaboration with pharmaceutical manufacturers and CDMOs, the system captures essential performance requirements such as activation force, injection time, dose accuracy, needle depth, and click detection. It supports compliance with international standards like ISO 11608 and can be configured for integration with collaborative robots to enhance automation and throughput.
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Infrared T1 3/4 LED
350-00003
T1 3/4 Infrared light emitting diode, for breadboard or through-hole projects. Used with the LED Standoff and LED Light Shield to build the IR Transmitter Assembly (#350-00017). Frequently used with the IR Receiver for object detection and autonomous robot navigation, this is a compatible replacement wherever an Infrared LED is found in any of our Education Kits Components Listings.
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Robotics
Whether standalone, collaborative or mobile, we’ve got the robot needed to move your application into top gear.
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I-Pi SMARC Development Kit based on Qualcomm® Robotics RB5 Platform
I-Pi SMARC RB5
The I-Pi SMARC RB5 is a SMARC-based AIoT and robotics development kit harnessing ADLINK LEC-RB5, powered by the Qualcomm® QRB5165 SoC with Qualcomm® Kyro™ 585 octa-core CPU (8x Arm Cortex-A77), and Qualcomm® AI Engine.
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Haptic Testing System
The Air Ventilator Haptic Test System performs automatic functional tests on air ventilation components to measure the force necessary for the execution of movements in the different components of the part. The movements are performed by a 6-axis robot that forces the components of the part to follow the desired routes while storing data on the force expended. This particular machine tests movable fins and knurled wheels by performing four test motions on each fin and two on each wheel.
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Power Relays
Replace your large, slow, unreliable EM relays with the Ideal Switch. Enable a new era of connected and better protected buildings (residential, commercial, hospitals, airports), transportation (eMobility, Rail, Marine), factories (Robots and Systems), and power distribution (solar, wind, grid, battery).
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Expandable ROS 2 Robotic Controller Powered By NVIDIA® Jetson™ AGX Xavier
RQX-580/58G
ROScube-X, a ROS 2 enabled robotic controller powered by the NVIDIA® Jetson AGX Xavier module, features an integrated NVIDIA Volta GPU and dual deep learning accelerators and a wide variety of interfaces including GMSL2 camera connectors for advanced robotic system integration. ROScube-X supports the full complement of resources developed with the NVIDIA JetPack SDK and ADLINK’s Neuron SDK, and is specifically suited for robotic applications demanding high-AI computing with minimal power consumption.
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WAFER MVM-SEM® E3300 Series
E3310
The E3310 is a WAFER MVM-SEM®* for next generation wafers, supporting 1Xnm node process development and volume production at the 22nm node and beyond. With its high-speed carrier system employing a dual arm vacuum robot, and low-vibration platform to improve measurement accuracy, the E3310 delivers high throughput and performance for wafer measurements. Its multi detector configuration and unique 3D measurement algorithm also enable stable, high-accuracy measurement of 3D transistor technologies such as FinFET. The E3310 makes a significant contribution to reducing process development turnaround time and improves productivity for next-generation devices.
