英文
Industrial production is undergoing a profound transformation. Rising energy prices, increasing cost pressures, shorter product life cycles, and international competition are forcing companies to continuously improve the efficiency of their production systems. At the same time, demand for flexible and high-performance manufacturing systems is on the rise, particularly in the automotive industry.
Against this backdrop, lightweight construction is becoming increasingly important. Modern lightweight construction concepts not only enable significant weight savings but also improve the energy efficiency, production speed, and cost-effectiveness of systems. A particularly illustrative example of this is the lightweight Electric Monorail Systems (EMS) system developed by Easun Technology.
EMS are among the most important conveying systems in modern production facilities. They automatically transport parts, vehicle components, even complete vehicles, and large goods between different production areas, thereby forming the backbone of many production processes. Traditionally, these systems are primarily made of steel. Although steel is very strong, it is also quite heavy. This weight places a strain on both the conveyor system and the building structure and limits the system's payload capacity.
Easun Technology, together with its subsidiary FFT Produktionssysteme GmbH & Co. KG, has leveraged FFT's extensive expertise in carbon-fiber lightweighting technologies to advance the application and optimization of these solutions within automated systems under the Group's collaborative innovation framework. Through an integrated lightweight design approach, the company has achieved significant improvements in three key performance areas:
Greater stiffness
The high specific stiffness of carbon fibers reduces deflection. The structure retains its shape even under high loads.
Shorter decay times
After acceleration or braking maneuvers, the composite fully utilizes its vibration-damping properties and significantly stabilizes the structure. This allows for shorter—and thus more intense—braking and acceleration ramps, which in turn enables shorter cycle times.
Lower inertia
The reduced weight decreases the moving masses. Drives and robots require less energy and can operate faster. This increases productivity while also reducing component wear.
These advantages are particularly evident in the fiber-based Electric Monorail Systems.
A conventional steel structure has a structural weight of approximately 2.06 metric tons. By using FFT lightweight construction technology, this weight is reduced to just 1.29 metric tons. While in a conventional structure a large portion of the load-bearing capacity is already consumed by the structure's own weight, the lightweight version offers significantly more payload capacity.
The importance of lightweight construction becomes even clearer when considering entire production facilities.
Suppose a factory has 100 fiber-based Electric Monorail Systems.
This results in:
· Steel construction: 206 metric tons total weight
· Lightweight construction: 129 metric tons total weight
The difference is an impressive 77 metric tons.
This enormous weight reduction offers numerous advantages:
· Less stress on the building structure, avoiding costly new construction
· Reduced foundation and steel construction costs
· Greater flexibility for renovations and expansions
At the same time, through long-term technical collaboration with its German subsidiary FFT, Easun Technology continues to expand its footprint in carbon-fiber lightweighting solutions. Beyond EMS systems, its portfolio now covers carbon-fiber lightweight structural profiles and integrated lightweighting solutions, further advancing the systematic application of lightweight technologies across manufacturing environments.
The value of lightweighting extends far beyond weight reduction. Amid intensifying competition in the global manufacturing sector, lightweighting is unlocking broader benefits by improving energy efficiency and sustainability, optimizing production performance, and accelerating product innovation cycles. Looking ahead, Easun Technology will continue to strengthen its investment in lightweighting innovation, enhance its technology leadership, and secure long-term competitive advantages in the market. This is not only a response to today's challenges, but also a strategic pillar for future growth.
Recently, Easun Technology has discovered that illegal individuals have impersonated our company to post fraudulent recruitment information on platforms such as Zhaopin (智联招聘) and Liepin (猎聘). To protect the legitimate rights and interests of job seekers, we hereby solemnly declare:
1. All official recruitment information from Easun Technology is exclusively released through our official website and verified accounts on recruitment platforms. We strongly advise job seekers to verify information solely through these authorized channels and to remain vigilant against unverified sources.
2. Do not disclose personal information (including but not limited to ID numbers, bank accounts, or contact details) to any unofficial channels. Unauthorized sharing may lead to potential risks or financial losses. No fees or transfers are required during Easun Technology’s recruitment process. If any party requests payment under the guise of recruitment, cease communication immediately and report the incident to local authorities.
3. Legal actions are underway: We have formally reported these fraudulent activities to the public security authorities and will fully cooperate with investigations to hold accountable those responsible for violating the law.
4. Easun Technology remains committed to providing authentic and reliable employment opportunities and safeguarding a trustworthy recruitment ecosystem. We appreciate your continued support and vigilance.
Issued by: Easun Technology
Date: 7 Jan 2025