How can intralogistics processes be optimized for maximum efficiency?
Introducing our autonomous mobile platform, the KMP 1500P, designed to enhance the flow in production halls and fulfillment centers. This powerful platform can lift goods up to 1.5 tons and deliver them precisely where they need to be, fully automatically.
With no-code programming, the KMP 1500P integrates seamlessly into any process. Equipped with laser scanners and 3D cameras, it navigates complex environments safely and collision-free. This ensures flexible assembly lines and optimized material flows.
Discover all about our KMP 1500P here: https://lnkd.in/egtN8mmm#KUKA#KUKArobotics#automation#robots#HomeOfRobotik#intralogistics#FeelTheFlowOfAutomation#AMRbyKUKA
And what is the navigation and fleet management strategy? Another proprietary strategy that allows no cohabitation? The industry needs scalable solutions that allow AGVs / AMRs of different types and brands to cohabit.
Thanks Kuka, I thought that was a revolutionary double bladed lightsaber. Pretty disappointed to find out it was just another AMR..lol just kidding...mostly...:(
Have you read about Creaform's latest Automation Kit? This innovative solution transforms our world-renowned 3D scanners into a comprehensive, automated system without sacrificing the handheld flexibility that built our reputation.
Developed for ease of use, the kit’s compact design and collaborative robot integration offer a safe, productive transition into automated quality control with collaborative robots. Take a significant stride in enhancing your inspection efficiency.
Learn more about our Automation Kit👉https://lnkd.in/gHmqCXRq#AutomationKit#QualityControl#AQC#Innovation
Have you been investigating automation but don't know where to start? Do you have limited space? Do you already have a handheld Creaform scanner?
Introducing the new Automation Kit from Creaform. This system is customizable and works with different 3D scanners in the Creaform line and with various robotic systems. It also allows you to take the scanner off of the robot for handheld scanning or if you need to bring the scanner to another location. DM me or contact GoEngineer at info@goengineer.com for more information.
#3dscanning#automation#qualitycontrol#inspection#reverseengineering
Have you read about Creaform's latest Automation Kit? This innovative solution transforms our world-renowned 3D scanners into a comprehensive, automated system without sacrificing the handheld flexibility that built our reputation.
Developed for ease of use, the kit’s compact design and collaborative robot integration offer a safe, productive transition into automated quality control with collaborative robots. Take a significant stride in enhancing your inspection efficiency.
Learn more about our Automation Kit👉https://ow.ly/9g2H50Rg9kF#AutomationKit#QualityControl#AQC#Innovation
📢 Introducing our fully automated robotic laser marking system.
⏩ Imagine a workstation that is fully automated and equipped with the latest technology. Our laser mark prestige workstation, combined with a datalogic RX4 30 fibre marking laser, is revolutionising the way factories operate. 🤖
👷♂️ No more relying on human operators - this workstation is operated by Universal Robots UR5 collaborative robots.
🦾 Experience the power of technology collaboration as this laser scanner and robot team up to simplify traditionally labour-intensive tasks.
Ready to learn more about laser marking and collaborative robots? Contact us now to discuss your needs and discover how we can transform your business. 👇☎️
#robotic#LaserMarking#automatedrobotic#technology#lasermarking#markingsystem#automated
𝐏𝐨𝐞𝐭𝐫𝐲 𝐢𝐧 𝐦𝐨𝐭𝐢𝐨𝐧.
Hamilton Storage's innovative LabElite I.D. Capper is an all-in-one solution, combining our DeCapper’s time-saving decapping/capping features with high-speed 2D barcode scanning. The I.D. Capper also boasts stress-free integration with a Hamilton Robotics liquid handler or third-party robotic arm.
Learn more: https://hubs.li/Q01XX2hh0#labautomation#samplemanagement
HERE'S THE SUPER FAST AND PRECISE FANUC America Corporation SCARA 3iA seen at our #Automate2024 booth. The 'bot is well-suited to smaller-scale robotic assembly, pick and place, inspection, and packaging apps, getting the job done inside a 360° envelope within an ultra-compact footprint, so risk of interference with peripheral devices is minimal.
We like the fact that FANUC SCARA robots use an iRProgrammer web-based interface so we can program the robot easily and intuitively with a tablet or desktop computer.
If FANUC makes it, we can integrate it.
# #FanucSCARA#RoboticsAssembly#PickAndPlace#RobotProgramming#RoboticTechnology#FactoryAutomation
Super-fast 3D scanning now with doubled resolution!
Meet our enhanced MotionCam-3D, which can now scan objects in motion at 2 Mpix resolution!
What does this mean for you?
👉 2x resolution
👉 5x faster scanning
👉 10x more applications
In practice, this means faster bin picking, smooth 3D picking from conveyors thanks to effective resistance to vibrations and non-linear movement, minimized stoppings in hand-eye setups, and vibration-free 3D inspection in motion.
Learn more in our article 👉 https://lnkd.in/dXe8Ws6b#3Dcamera#scanninginmotion#3Dvision#innovation#automation#robotics#inspection#binpicking#3Dpicking
What machines are included in a robotic waterjet workstation?
A robotic waterjet workstation typically consists of several integrated machines and components that work together to perform precise and automated waterjet cutting operations. The key machines and components included in a robotic waterjet workstation are:#waterjet#water#waterjetcutting#abb#robot#robotics#pump#fanuc
1. Robotic Arm: The core component of the workstation, the robotic arm, enables multi-axis movement and automation. It precisely maneuvers the waterjet cutting head across the work surface to execute cutting patterns and paths.
2. Waterjet Cutting System: This comprises the high-pressure pump, cutting head, and associated components responsible for pressurizing water and delivering it to the cutting head at extremely high pressures for precision cutting.
3. Control System: The workstation incorporates advanced control systems, including software and interfaces, to program, control, and coordinate the movements of the robotic arm and the operation of the waterjet cutting system.
4. Tool Changer (Optional): Some workstations may feature tool changers allowing the robotic arm to switch between different cutting heads or tools, enabling versatility in the cutting process.
5. Fixturing/Workholding Devices: Workstations often include fixtures or clamping systems that secure the material being cut in place, ensuring stability during the cutting process.
6. Safety Features: Essential safety components such as emergency stop buttons, protective enclosures, and sensors are integrated into the workstation to ensure safe operation and protect operators.
7. Cooling and Filtration Systems: These systems are employed to maintain optimal operating temperatures for the cutting components and to filter water used in the cutting process for reuse.
8. Material Handling Equipment (Optional): In some configurations, the workstation might incorporate material handling systems such as conveyors or robotic loaders/unloaders to streamline the material feeding and removal process.
These machines and components work together cohesively to automate and execute waterjet cutting tasks with precision and efficiency. The integration of robotic technology enhances the versatility, accuracy, and automation capabilities of the waterjet cutting process, making it suitable for various industries and applications.
More information please contact by email:junh@wwaterjet.comjunh@wwcut.com
Web:www.wwaterjet.comhttps://lnkd.in/g-bQNuzr
The KMP 1500P looks incredible! It's great to see how easy integration can enhance workflow efficiency. 🚀