Robot Transfer Flat Vehicle

Supplier: Automated guided vehicle, laser guided vehicle, industrial robot

IKV automated guided vehicle is a kind of mobile robot which can follow magnetic tape on the floor by using vision or magnet for navigation. It is mostly applied in the filed of warehouse storage, food or beverage, plastic, pharmaceutical, rubber industry, etc. It is used to convey material inside the warehouse or workshop. IKV automated guided vehicle product can fully meet the clientâ??s material handling or material moving requirement. It is mainly applied in the filed of Chemical, Automotive, Paper or Print Industry, Food and Beverage, Hospital or Healthcare Industry, Warehousing, Pharmaceutical Industry, etc. The Benefits of Using IKV magnatic tape agv 1. Reduce labor cost and remove overtime or turnover cost; 2. Guarantee the safety of factory device; 3. Reduce loss of product or shipment; 4. The light-out configuration save energy consumption 5. Adjust to all kinds of stand, pallet, or manufacturing operations.

IKV welding robotconsists of robot and welding device. The robot is made up of robot body and controller (hardware and software). While for the welding device, it is generally include welding source, control system, wire feeder(tig welding), welding gun(clamp), etc. Benefits of welding robotic machine 1.Stable welding quality guarantee the uniformity of the product; 2.The exquisite design greatly reduce the space occupying. 3.It can improve the labor intensity. It can work under the harmful environment. 4.It can runs 24 hours, and greatly improve the production efficiency.

TH-206H-K Gantry Benchtop robot with syringe micro dispensing Patent Numberï¼?ZL 2010 2 0120765.6 FEATURES 1.Feed system of 30cc syringe(3cc,5cc,10cc,30cc,55cc,300cc option) 2.Suitable for a wide range of dispensing 3.Liquid dispensing controller system with Suck-back ensures no dripping Application Gantry Benchtop robots make manual processes easier, saving costs in material waste, rejects, time, and labor. With a variety of models and styles available, theres a solution for your unique application. Liquid material: adhesive, glue, silicone, RTV, cyanoacrylate, grease, anaerobic, and UV cure resins.oil. Packing capacity:toothpaste, bags (bulk), syringes, namesake fizzy, small cans, etc. Specificationï¼? ITEM TH-206H X/Y/Zworking range 300 x 300 x 100mm Dimensions (WxDxH) mm 600 x 520 x 610 Weight 34kg Standard CE Approved XY/ZMaximum Load 10 kg / 3 kg Repeatability 0.02mm Resolution 0.001mm XY/Z Speed 800/350 mm/Axis Data memory capacity 9999programs Display way LCD display Drive System Precision micro-stepper motor Transmission Timing Belt/ Precision Linear Guides Edit Programming Handheld Programmer I/O Signals 4 Inputs / 4 Outputs Port allows for data USB port allows for data transfer between PC Patterns 3DLines, Circles, Arcs, Continuous Paths, XYZ simultaneous (CP) 3D Power Supply AC110V/220V Internal conversion Working Temperature 0 ï½?40 Relative Humidity 20ï½?90% (no condensation) Help you moreï¼? · Increase production efficiency · Promotion processing precision control · Improve product quality · lower production costs, reduce rejected product · Eliminate material waste · Create more economic benefits for the enterprise.

TH-206H-PT Gantry Benchtop robot for conformal coating spraying Patent Number ZL 2010 2 0120775.X FEATURES 1.Feed system of 4liter tank(0.5 liter, 2liter,4liter,20liter) 2.Good for low viscosity conformal coating spraying glue 3.high precision dispensing controller system Application Good for low viscosity precision spraying coating on product surface. Liquid Material:conformal coating adhesive Packing capacity:tank (0.5liter,2liter,4liter,20liter can option) Help you more: · Increase production efficiency · Promotion processing precision control · Improve product quality · lower production costs, reduce rejected product · Eliminate material waste · Create more economic benefits for the enterprise. Specificationï¼? ITEM TH-206H X/Y/Zworking range 300 x 300 x 100mm Dimensions (WxDxH) mm 600 x 520 x 610 Weight 34kg Standard CE Approved XY/ZMaximum Load 10 kg / 3 kg Repeatability 0.02mm Resolution 0.001mm XY/Z Speed 800/350 mm/Axis Data memory capacity 9999programs Display way LCD display Drive System Precision micro-stepper motor Transmission Timing Belt/ Precision Linear Guides Edit Programming Handheld Programmer I/O Signals 4 Inputs / 4 Outputs Port allows for data USB port allows for data transfer between PC Patterns 3DLines, Circles, Arcs, Continuous Paths, XYZ simultaneous (CP) 3D Power Supply AC110V/220V Internal conversion Working Temperature 0 ï½?40 Relative Humidity 20ï½?90% (no condensation)

aTDS is composed together with EFEM, Wafer Transfer Robot for full automation in 300mm wafer analysis, and possible to be provided as core component of various options as well as QMS such as 100, 200, 300, 500 amu and so on according to the request of customer.

(1)QLM-20 Specifications: Model Number: QLM-20 Diameter: 203.2mm Width: 75mm Number of Rollers: 12 Number of Bearings: 24 Hub Material: Aluminum Roller Material: polyurathane Hole size: 20 Mount: 6*6mm Key Weight: 2240g Load Capacity: 100Kg (2)Usage: robots , robot platform , heavy duty omni moving platform, scientific research , show equipment on stage or show cars wheelchair, electric unmanned vehicle (3)Application: robots , robot platform , AGV in workhouse and warehouse scientific research , aerospace industry, show equipment on stage or show cars, wheelchair and so on (4)Advantages: 1.Making turning fast 2.Omni directional movement and rotation 3.Superior load capacity (5)Certificate of honor High-tech enterprises ISO9001 Quality Management System cerification (6)Related patents ZL201120121753.X ZL201120121743.6 ZL201120121754.4 ZL201130086552.6

AMR robots have been one of the most discussed forms of automation technology in manufacturing and distribution centers. The potential to have automated transportation is a huge benefit to save on costs but also to fight off labor shortages. In this post, we will go through the very basics of this type of technology and help you understand what makes an AMR robot such a polarising piece of technology. The AMRs require incredibly sophisticated sensors to be fitted in their unit in order for them to navigate so well. Although several environmental sensors can be used, laser scanners and LiDAR sensors are most frequently employed. LiDAR scanners operate by sending out light pulses that strike various surfaces and bounce the light back to the sensor, where it is once more detected. The length of time it took for the light to be sent back to the sensor will then be determined by the AMR's processing system. This enables the LiDAR sensors to map the separation between certain objects and gives the AMR robot information about the areas it can and cannot travel in. 1. the road surface shall be flat and clean without obvious fluctuation. The inclination is not higher than 5%, the robot can not stop or turn at the ramp, step and gap, but can only pass quickly perpendicular to the ramp, step and gap. 2. positioning accuracy usually refers to the repetition accuracy of the robot navigating to the target site. When the environment scanned by the robot's lidar is relatively stable, the repetition accuracy of the robot navigating from a fixed direction to the target site can reach the expected value. When the robot marsh virtual path is running, it will try to fit the path, but the repeatability is not guaranteed. That is to say, the robot can ensure the accuracy of the arrival point, but not the path fitting accuracy. The minimum station spacing supported 1CM, Therefore, the robot cannot be used as a linear guide rail. 3. basic functions include map editing, model editing, positioning module, navigation module, basic motion model (differential), API interface, etc. 4. it shall be used with the qualified automatic charging pile 5. AMR is only designed for indoor transportation and is not recommended for outdoor environment.

Tck•w integrates weak magnetic detecting technology, visual robotic recognition technology and visual robotic diameter measuring technology, achieving the synchronization of running and inspection for ropes (real-time monitoring). The creative technology cannot only accurately inspect breakage, abrasion, correction, fatigue, deformation and other flaws to eradicate the hidden danger of rope failure, but also save inspection time and energy consumption. Therefore, it can scientifically provide comprehensive basis for wire rope service life. Robotic visual recognition, an innovative detection technology, replaces traditional visual inspection and calliper, detecting and measuring flaws of wire rope in high operating speed. It integrates image processing, artificial intelligence, and optical and electrical signal, turning analog signals into digital signals, which are transferred to central unit. Besides, it can recognize the surface status of wire rope through algorithm. Robotic visual recognition technology has inestimable value which in measuring diameter change and splice change of wire rope and detecting various flaws on the surface of 6d/30d rope. It cannot only overcome the low efficiency and the low accuracy of visual inspection, but also lay the fundamental technology foundation for realizing the internet and robotic detection.