DESCRIPTION
Self-Decision-Making Welding System That Requires No Manual Guidance
NON-TEACHING SELF-DETERMINATE WELDING SYSTEM
The system integrates motion control algorithms, collaborative planning algorithms, machine vision, autonomous obstacle avoidance, CAD/CAM design, and automated welding process matching, offering autonomous planning capabilities based on image recognition and feature analysis to provide data support and core obstacle-avoidance planning for automated welding processes.
Dolphin Intelligence strives to set new benchmarks in the welding industry by eliminating the cumbersome operational procedures of traditional robots and developing a fully intelligent, teaching-free autonomous decision-making welding system.
Real-Time 3D Animation
By combining real-time 3D animation with an embedded motion planning simulation model, it is possible to achieve pre-demonstration of welding tracks and real-time display of welding conditions.
Simple Operation Process
The system features high-level automation, enabling users to complete complex welding procedures with just simple operations on the software interface.
High Freedom of Adaptation
The system features an open public interface design, enabling it to accommodate various industrial robots and welding machines, as well as various external devices such as gantry cranes and ground rails.
High Degree of Environmental Adaptability
For different welding scenarios, the system provides various working modes and functional options to achieve a balance between welding quality and cost.
Automatically Generate Weld Posture
One-click automatic generation of weld posture; horizontal and vertical welds automatically adjusted to optimal welding positions.
Automatic Matching of Welding Procedures
Automatically matches the welding process expert database based on weld direction and plate thickness.
Automatically Repair Damaged Drawings
Automatically repairs drawings with issues such as damage or missing surfaces.
Full-Time Obstacle Avoidance Planning Motion
After selecting with one click, the system automatically generates appropriate photography movements with real-time obstacle avoidance throughout the process, requiring no manual instruction or designated shooting positions.
Coordinated Movement of External Axes Through Joint Planning
The coordinated obstacle avoidance system enables simultaneous collaborative movement between ground stations, orbiting satellites, and robots, with continuous real-time planning throughout the entire process. It automatically calculates optimal paths for tool insertion, welding operations, and photography, proactively avoiding robot singular points and joint limitations, thereby significantly enhancing robotic motion stability and reducing downtime probability.
Flight Positioning
Various coarse positioning methods—including flight positioning, three-point positioning, and mountain-point positioning—are available for different applications. In particular, flight positioning is ideal for components in steel structure bridges and roads, enabling true one-click operation without requiring a teaching device.
Parameterized Modeling
Includes parametric modeling software – simple components such as traveling beams can be modeled using parametric methods without requiring drawings.
3D Animation Simulation
The interface incorporates a 3D animation simulation module that integrates with the 3D drawing CAM engine and real-time obstacle avoidance planning algorithms. It enables simulation and preview of the entire welding process, allowing for preliminary operational simulations in the office setting for scenarios involving uncertain workpiece positions or accessibility conditions.
Three-Dimensional Simulation
Proportionally modeling workstation data enables real-time simulation of machining processes, provides early insights into welding procedures, and assists clients in evaluating feasibility during the solution validation phase.
Self-Made Craftsmanship
With a built-in process library that automatically analyzes 3D drawings and matches them with corresponding process data, the welding quality is stable and reliable—even beginners can become experts.
Lightly Loosen the Upper Part.
Software algorithms replace manual programming, requiring no specialized welding knowledge. With just a few mouse clicks, you can import drawings, extract welds, match processes, generate automatic paths, and avoid obstacles—all in one step.
Automatic Calibration
With TCP and automatic hand-eye calibration, the robot can perform precise alignment at any location in just a few simple computer steps, eliminating dust accumulation and making it widely applicable in production environments.
Multi-Device Collaboration
A multi-machine system enables coordinated operation among multiple machines, automatically assigns work tasks, and efficiently handles machining of large-scale components such as large-format parts and ultra-long workpieces.
Our Services
Competitive Pricing
Due to our batch manufacturing, we will have a lower price with best quality machines.
Technical Support
When a breakdown occurs, our technicals are on call for both online & onsite correction.
Strict Quality Control
All machines are inspected by our quality control department before shipped out.
Spare Part Kits
Critical components & worn spare parts are offered to avoid unplanned stops.
Expert Solutions
We will provide you professional expert suggestions for your required machine.
Fast Delivery
All of the machine ordered by our customer will be delivered within 30 days.
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