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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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NEWS
Robotic welding systems have become synonymous with efficiency, precision, and consistency in modern manufacturing—revolutionizing production lines in automotive, aerospace, and heavy industry. Yet, their adoption is not without tradeoffs. For businesses considering welding automation, understanding the inherent limitations—from financial barriers to technical constraints—is critical to avoiding costly missteps. This analysis breaks down the key disadvantages of robotic welding, helping manufacturers evaluate whether automation aligns with their operational needs, budget, and long-term goals. Understanding Robotic Welding Systems Before diving into drawbacks, it’s important to contextualize their design: Robotic welding systems use programmab...
In high-stakes industries—from aerospace turbine components to automotive lightweight structures and medical device fabrication—precision is no longer a competitive advantage but a non-negotiable requirement. Traditional manual or 2D laser systems struggle to meet the demands of complex 3D geometries, tight tolerances (often ±0.01 mm), and high-volume production. Enter the robotic 3D laser cutting and welding machine: an integrated solution that combines the pinpoint accuracy of laser technology with the flexibility of robotic arms and the repeatability of CNC control. But how exactly do these systems transform precision manufacturing? What makes them indispensable for complex parts? And how do they stack up against conventional methods? This guide explores their tech...
In modern manufacturing—from automotive precision components to aerospace-grade alloys and delicate medical devices—welding is no longer just about joining materials: it demands precision, speed, and minimal material distortion to meet increasingly strict quality standards. Laser welding machines have emerged as a transformative solution, but their higher upfront cost raises a critical question for businesses: Are they truly better than traditional welding methods (MIG, TIG, arc welding)? And when does the investment justify the return? This guide evaluates the performance, advantages, costs, and applications of laser welding machines, helping you determine if they align with your industrial needs. First: What Is Laser Welding, and How Does It Differ From Tradi...
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MACHINE PURCHASE GUIDE AND SERVICES
Before purchasing, please provide the Application drawings or samples you intend to process. Our professional engineering team will conduct a technical analysis and evaluation.
Based on your Application processing requirements, our engineers will recommend the most suitable equipment and corresponding fixture solutions.
Once satisfied, you may sign a purchase contract and join our esteemed customer network.
Within the agreed delivery period, we will transport the highest-quality Applications to your factory for on-site handover.
Upon arrival, our professional engineers will install, debug, and provide essential operational guidelines.
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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