Robot inteligent de sudura nepredator pentru structura de otel
Despre noi
“Beijing Minyue Technology Co.,Ltd”As China's leading high-tech enterprise for Off-line programming intelligence of industrial robots. Focusing on flexible manufacturing with self-developed RobotSmart-intelligent decision-making system, SmartVision- binocular structured light vision system, SmartEye -laser seam tracking system,Provide new generation of intelligent robot non-teaching welding and cutting solutions.
Our company has an interdisciplinary R&D team of masters and doctors and technical experts from the fields of graphics and automation.More than 90% of them have a master's degree or higher.
Specializați în controlul roboților, algoritmi și interacțiunea om-robot, ne-am angajat să aducem soluții inteligente de robotică mai bune în industria de producție globală.
After the user imports the 3D digital model into RobotSmart- intelligent decision system, The software can quickly and automatically generate industrial robot motion code, and at the same time can realize the robot motion simulation, collision detection, obstacle avoidance trajectory planning, singularity avoidance and axis limit detection and other functions, so as to avoid the traditional complicated and inefficient manual teaching programming process.
Îndreptarea către o nouă direcție, rezolvarea punctelor dureroase din industrie.
Welding needs of steel structure, ships and other industries are highly non-standardized, small batch, multi-species characteristics, and the welding process is complex and variable. Traditional welding robots can not meet this flexible demand, the need for intelligent welding robots to adapt to the processing parameters and path adjustment.
Difficulty in programming and debugging: Traditional industrial robots are complex to program and debug, requiring specialized skilled workers, and have a fixed working range, making secondary deployment difficult at a later stage.2 This increases the difficulty and cost of using robots.
The shape and size of the workpiece is special, large and long, and it is difficult to locate the workpiece: the traditional workpiece locating adopts the limit pin, and different types of workpieces have different pin arrangement positions, and the process is highly dependent on experience.
A leading company in the steel structure industry, adopting Minyue Technology's one-button start, non-teaching intelligent welding solution.
Step 1: Our customer imports the 3D digital model drawing into the RobotSmart - Intelligent Decision System.
Pasul 2: RobotSmart-Sistem inteligent de luare a deciziilor, care poate genera rapid și automat traiectoria robotului industrial și, în același timp, poate realiza simularea mișcării robotului, detectarea coliziunilor, evitarea singularității și detectarea limitei axei.
Step 3: SmartVision-3D binocular structured light vision system performs coarse positioning of the workpiece.3D binocular structured light vision systemscans the surface of the workpiece and performs reverse modeling from the point cloud data. Restore workpiece surface features with modeling accuracy within ±5mm.Probing accuracy within 40 mm for assembly and initial positioning of the workpiece ,Detect the angle of assembly within 10°。Detects changes in weld length within 30 mm (adjustable)。
Step 4: SmartEye - Laser vision tracking system.Scanning the weld seam, confirming the weld seam position and information, correcting the 3D digital model and the actual workpiece weld seam position, and obtaining the actual weld seam position data.Supports multi-robot, multi-external-axis, and positioner cooperative work.
SmartVision-3D binocular structured light vision system importing 3D models drawing,The data of the acquired 3D point cloud is compared with the 3D digital model,The robot only welds welds with 3D point cloud data.When the point cloud data acquired by the sensor matches the 3D model after the workpiece is retrofitted with a new components, the retrofitted components are welded.
Realizați cu adevărat producția de pornire cu un singur buton, 2 minute pentru a realiza pornirea arcului, rapidă, precisă, complet fără program, eficiență ridicată și precizie ridicată.
Intelligent Teach-Free Welding Robot Workstation for Steel Structures
Fișa tehnică
Ground rail Intelligent welding workstations are characterized by an excellent price/performance ratio.
Intelligent welding workstations are characterized by an excellent price/performance ratio.
An additional axis of external motion for the overall movement of the robot is provided by means of a well dimensioned ground rail. Scientific and compact layout design of the robot , supporting electrical cabinet, welding power supply, barrel welding wire and other components.
Realizes the need for dual-station welding operations with a single robot.The Intelligent Welding Workstation is designed to accommodate workpieces up to 10 meters (L) × 1.2 meters (W) × 0.5 meters (H),
The main welding workpieces include common workpieces such as traveling beams, H-steel beams, and platform beams.
Descrierea Echipamentului
2.1 Equipment System Overview
Ground rail single-unit intelligent welding workstation is mainly used for the automatic welding of all kinds of steel structure fillet weld, the workstation meets the requirements of H-beam structure, cross partition and other fillet weld.
The workstation meets the welding requirements of H-beam structures, cross partitions and other fillet welds.
Ground rail single-unit intelligent welding workstation is mainly used for the automatic welding of all kinds of steel structure fillet weld, the workstation meets the requirements of H-beam structure, cross partition and other fillet weld.
The workstation meets the welding requirements of H-beam structures, cross partitions and other fillet welds.
The system includes a control system, an arc welding robot, a welding power supply and cooling water tank, an intelligent welding vision system, a water-cooled welding gun, and a gun cleaning station.
Caracteristici principale:
(1)Non-Programme(No need for traditional complex programming of industrial robots.)
(2)Intelligent welding (Model Bass)
(3)Supports multiple welding nodes(Adaptable to all kinds of workpiece welding)
(4)Laser vision tracking sensor(Effectively solving the weld quality problem of deformation in workpiece welding)
(5)Welding process diversification
The main configurations of this workstation: robot groundrail, robot, travel axis motor, flexible wire kit, welder, water-cooled tank, welding gun, gun cleaning station, computer , display and control suite, welding accessory bracket, all-in-one computer operator's desk, laser vision sensor, 3D vision camera, intelligent welding system (Model Bass + 3D Vision camera Model free + 3D Vision Reverse Modeling ) configured in a flexible way.
1.Basic Product Information | |
Equipment floor space | 12000(Long)x850(Width) |
Effective welding range | 10000 mm(L)x1200 mm(W)x500mm(H) |
Laser Vision System | Laser Vision Tracking Sensor |
Mod de sudare | Model-driven welding(STEP、IFC) |
Adaptation Workpieces | H beam reinforcement plate、Traveling girder、H-steel main weld, platform beam、roof beam. |
Welding plate thickness | 6 mm ~ 18 mm |
Domeniul de sudare | Flat and Vertical Welding,Fillet welding |
Conditii de sudare | ① 80%Ar+20%CO2 ② 1.2mm Solid wire |
2.Intelligent Welding System Product Details
The intelligent welding system consists of the following components: Welding Robot,Controller,Teach Pendant,Laser Vision Sensor,IPC and intelligent welding system software.
Table 1-1 Product List
IPC | Robot Teachers |
Laser vision sensor | Intelligent decision-making systems |
2.2 Intelligent Operating System
operator interface
Stairway Welding
I-beam welding
Box beam
三、Equipment list
Nu | numele produsului | Unitate | Cantitate | Marca | Observație |
1 | Welding station for 12-meter ground rail robot (7-axis) | Unitate | 1 | MINYUE | Intelligent Welding Workstation of Ground Rail.The total length of the ground rail is L=12 meters, and the effective stroke is 10 meters. |
2 | Robot (2-meter arm span) | Unitate | 1 | FANUC | 6KG load 2m arm span |
3 | Traveling axis motors, flexible line sets. | Unitate | 1 | FANUC | |
4 | aparat de sudura | Unitate | 1 | MEGMEET | Deep fusion welding machine for all-digital robot |
5 | Rezervor de răcire cu apă | Unitate | 1 | MEGMEET | |
6 | lanterna de sudura | Unitate | 1 | TRM | Standard with bump stop, 500A water-cooled 45-degree extended neck |
7 | firearms clearance station | Unitate | 1 | XJY | Fully automatic pneumatic gun cleaning, wire cutting, spraying anti-splash liquid |
8 | Robot groundrail (heavy duty) | Unitate | 1 | GXY | 1 set of 12-meter robot walking tracks with fully automatic lubrication |
9 | calculator industrial | Unitate | 1 | MINYUE | |
10 | Display Controls Kit | Unitate | 1 | MINYUE | Shielded Cables, Monitor Keypads |
11 | Welding Accessory Holder, Cable Kit | Unitate | 1 | MINYUE | |
12 | All-in-one Flip-Top Console | Unitate | 1 | MINYUE | |
13 | Laser vision tracking system/Intelligent Decision System | Unitate | 1 | MIMYUE |
The following picture shows the appearance of the complete set of MY-ZZHJ-R-BC-12 (7-axis) welding workstation.
Configurarea echipamentului
4.1 Basic configuration of a stand-alone workstation
4.2 Layout of multiple workstations
1、 FANUC M-10ia/8L Robot
Model No | M-10ia/8L | |||||
Mecanism | robot articulat | |||||
Controlled Axes | 6 axle(J1,J2,J3,J4,J5,J6) | |||||
Raza accesibilă | 2028 mm | |||||
Metoda de instalare | Instalare la sol | |||||
Range of motion (maximum speed) | J1 | 340º/360º (200º/s) | J2 | 250º (200º/s) | J3 | 447º (210º/s) |
J4 | 380º (430º/s) | J5 | 380º (430º/s) | J6 | 720º (630º/s) | |
Maximum wrist movement speed | 2000 mm / s | |||||
Maximum Wrist Load | 8 kg | |||||
J3 Maximum arm load | 12 kg | |||||
Allowable load torque on wrist | J4 | 16.1 Nm | J5 | 16.1 Nm | J6 | 5.9 Nm |
Allowable Wrist Load Inertia | J4 | 0.63 kgm² | J5 | 0.63 kgm² | J6 | 0.061 kgm² |
metoda de conducere | AC servo motor drive | |||||
Repetați precizia de poziționare | ± 0.08 mm | |||||
Greutatea robotului | 150 kg | |||||
Putere de intrare | 2 kVA ( 1 kW ) | |||||
Condiții de instalare | Ambient temperature:0 ~ 45⁰C Ambient humidity:Normally below 75% RH (no condensation), short-term below 95% RH (within 1 month) vibration acceleration:4.9 m/s² (0.5G)以下 |
A.Robot Control System
Capabilitățile | Observație |
Welding restart function | |
Temporary stop and restart function | |
Funcție anti-coliziune | |
Program Editing Functions | Position, command change, insertion, deletion, program copy and delete, merge |
Program change function | Parallel, rotary movement, mirror transformation, etc. |
program callout function | |
Damping control | |
Trajectory constancy control | |
High precision trajectory control | |
Precise control of cornering high-speed work | |
self-diagnostic function | Fault categorization and data display |
Recuperarea întreruperii alimentării | Interrupted by a power failure and can be switched to the stop position to start working after powering up again. |
memorie externa | SUB jack, LAN or Ethernet |
External Output Inputs | I/O 40 points/CC-LINK (bus module) |
4.3 Ground rail parameters
Nume | Ground rail system | Mediu de montaj | temp | -10-45 ℃ |
Model | MY-100/1T/12M | umiditate | 20-80% | |
Structure | Single Ground Rail | agita | 4.9m/s2 less | |
Loturile | 1000 KG | alte | There must be no ignitable or corrosive gases or liquids, no water or oil, etc., and there must be no sources of high intensity interference in close proximity. | |
precizia poziției | ± 0.1mm | |||
External axis | 1 | |||
X Track length | 6M / 9M / 12M | Max. viteza de calatorie | 60m / min |
Ground Rail Configuration
Nume | Specificație | Marca | Observație |
șină | MY-100/1T/12M | MINYUE | Load capacity 1000kg |
reductor | MAB115-10 | MINYUE | |
servo-motor | MINYUE 2.2KW | MINYUE | 2.2KW |
ghid liniar | 35 Heavy Duty Square | MINYUE | 6 sets of sliders |
Tank chain | Bridge 45*150*150*6500 | MINYUE | M2 oblique tooth |
4.7Laser Vision Tracking System -SmartEye
In response to the problems of inflexible workstations, high process complexity, and difficulty in controlling the production process in the field of industrial robot welding, MinYue Technology has developed a high-precision line laser 3D vision sensor based on the laser triangulation method.The sensor utilizes an FPGA-based processing method that combines image acquisition, 3D coordinate measurement
The sensor uses FPGA-based processing to integrate algorithms for image acquisition, 3D coordinate measurement, laser power control, and weld seam feature detection into the FPGA chip, which also has a common network interface protocol.
At the same time, the chip has a common network communication interface protocol.
Caracteristici produs
Warranty, after-sales service
The equipment is warranted free of charge under normal conditions for a period of 12 months from the date of final acceptance.
During the warranty period, the seller shall provide equipment maintenance and replacement parts free of charge for damage to parts caused by the quality of the equipment itself, with the exception of wear parts and consumable parts.
Lifelong service: During the project warranty period and outside the warranty period, Party B is responsible for regular visits to Party A to understand the use of equipment, collect Party A's comments and suggestions, free repair and maintenance of the equipment, more than the warranty period after the maintenance and other costs are charged only the cost of fees.