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APPLICATION
ABOUT US
Jiangsu Dade Heavy Industry Co., Ltd. (stock code: 870547) is a high-tech enterprise with independent knowledge industry that integrates research and development, manufacturing, sales and services. The company has a registered capital of 13 million yuan, total assets of approximately 150 million yuan, and nearly 600 employees. It is located in Sunshine Industrial Park, Xishan District, Wuxi City, Jiangsu Province, covering an area of 100000 square meters.
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What Is Wobble Laser Welding? Wobble laser welding superimposes a high-frequency beam oscillation on the main travel path. Galvanometer mirrors or another optical steering mechanism move the laser spot in a circle, line, ellipse, figure-eight, or custom pattern while the robot or machine advances along the seam. A conventional weld concentrates energy near one moving point. Wobble spreads the interaction over a defined width and repeatedly remelts portions of the pool. This can change penetration shape, surface appearance, gas escape, wetting, and the amount of joint variation the process can tolerate. The technique is also called beam oscillation or beam weaving. It should not be confused with mechanically weaving the complete welding head, which is slower an...
Against the backdrop of modern manufacturing's pursuit of high precision, high efficiency, and high automation, 3D robotic fiber laser welding machines are gradually becoming the ideal choice for numerous industries. This advanced equipment skillfully integrates the flexible movement of 3D robots with the precise energy of fiber laser welding, bringing a revolutionary solution for the welding of complex workpieces. Working Principle of 3D Robotic Fiber Laser Welding Machine The core working mechanism of a 3D robotic fiber laser welding machine is based on the following key links: 1. Generation and Transmission of High-Energy Laser Beam: The equipment transmits a high-energy laser beam through an optical fiber, which can be precisely focused on the surface ...
What Is Robotic Weld Seam Tracking? Robotic weld seam tracking is a closed-loop method for locating a real joint and correcting the robot’s nominal path. It bridges the gap between programmed geometry and production reality caused by part tolerances, fixture variation, forming error, thermal distortion, and inconsistent tack welds. Seam-sensing systems perform one or both of two functions: Seam finding measures the joint before the weld begins and shifts the programmed path. Real-time tracking measures the joint or arc condition during welding and continuously adjusts the tool center point. These functions solve different problems. A pre-weld search can correct a global offset, but it cannot follow a long joint that curves away from the nominal p...
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MACHINE PURCHASE GUIDE AND SERVICES
Pre-Purchase Analysis
Before purchasing, please provide the Application drawings or samples you intend to process. Our professional engineering team will conduct a technical analysis and evaluation.
Solution Proposal
Based on your Application processing requirements, our engineers will recommend the most suitable equipment and corresponding fixture solutions.
Equipment Purchase
Once satisfied, you may sign a purchase contract and join our esteemed customer network.
Equipment Delivery
Within the agreed delivery period, we will transport the highest-quality Applications to your factory for on-site handover.
Installation Debugging
Upon arrival, our professional engineers will install, debug, and provide essential operational guidelines.
Technical Guidance
Our engineers will offer technical training to your operators to ensure the processed Applications meet desired specifications.
We provide one-on-one consultative services, offering industry and equipment-related information.
1. Our sales team will thoroughly understand your processing needs and tailor equipment solutions accordingly.
2. We provide industry insights to help you stay informed about market trends.
After signing the contract (or upon purchase intent), we offer comprehensive support.
1. Customized processing solutions and machine selection based on your Application characteristics and Applicationion capacity.
2. Services including cycle time analysis, equipment selection, fixture design, factory layout planning, and free sample processing.
3. Zero-basics technical training. Our engineers will train your operators to meet processing requirements.
Service Commitment: Continuously providing Application consultations, technical guidance, and training is the cornerstone of our development.
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