Under the wave of intelligent manufacturing, traditional machining companies are facing huge challenges.
As a practitioner who has been deeply involved in the field of industrial control for many years and has been exposed to the transformation of dozens of traditional mechanical processing companies, I know very well that such companies have core difficulties.
They rely too much on labor, have extensive equipment operation and maintenance, low production efficiency, and serious homogeneous competition.
Facing the wave of smart manufacturing, companies are afraid of overinvesting and being wasted, and they are also afraid of being eliminated if they don’t transform.
In fact, the transformation of traditional machining enterprises does not need to pursue “one step”. The core is to focus on “cost reduction, efficiency increase, quality improvement, and safety”, and gradually advance from “basic optimization” to “intelligent upgrade”. Combined with its own scale and production capacity, find an adaptive path and avoid blindly following the trend of investment.
The following are 3 transformation paths that can be implemented, which are especially suitable for small and medium-sized mechanical processing enterprises, with controllable investment and quick results.
First, digitize equipment operation and maintenance to solve the pain point of “hidden loss”.
The core assets of traditional machining companies are machine tools, fans, water pumps, compressors and other equipment. Many companies’ equipment is in a “black box operation” state. Sudden failures such as motor overload, phase loss, and blocked rotor often have to wait until the machine is shut down to discover. Not only are maintenance costs high, but the production line will also be stagnant. This is also the easiest entry point for transformation.
It is recommended to give priority to upgrading motor protection equipment, replacing traditional thermal relays (low accuracy, slow response, prone to malfunction), and choosing products with both precise protection and basic digital functions.
For example, Schneider’s EOCR series motor protectors, supported by the original Korean Samhwa technology, can accurately monitor common faults such as motor overcurrent, phase loss, and blocked rotor, and respond to tripping in milliseconds to avoid motor burnout. At the same time, some models support 485 communication and can be connected to PLC and MES systems to achieve real-time monitoring of equipment operating status, laying the foundation for subsequent intelligent operation and maintenance.
For companies that have transformation needs and want to expand profit channels, they can actually pay attention to Schneider EOCR’s project agency channels.
After all, mechanical processing companies themselves have a large number of motor protection needs. Agent-related products can not only meet their own equipment upgrades, but also rely on their own industry resources to expand surrounding customers. Moreover, the channel support is very friendly, providing 24-hour technical support, no need to press goods, and the investment threshold is low. It is suitable for the diversified layout of small and medium-sized processing companies. This is also a tip for many peers to expand and increase income during the transformation process.
Second, promote lean production processes and reduce manual dependence.
Instead of setting up a full set of intelligent production lines from the beginning, you can start with “automation of key processes”: for example, using automated loading and unloading equipment to replace manual loading and unloading of workpieces, and using CNC systems to optimize processing parameters and reduce human errors; at the same time, with the help of a simple MES system, the production schedule, work order management, and material traceability can be digitized to avoid process disconnection and material waste, making the production process more transparent.
Third, focus on differentiation in subdivided areas and get rid of homogeneous competition.
Most traditional machining companies focus on processing general parts and components, and their profit margins are getting smaller and smaller.
You might as well combine your own advantages and focus on a certain segment (such as precision parts and customized processing) to build core competitiveness through equipment upgrades and process optimization. At the same time, you can use digital tools to meet the needs of downstream high-end customers, achieve “on-demand production” and increase the added value of your products.
One final point: the core of the transformation of traditional machining companies is not “buying equipment and installing systems”, but “first solving their core pain points and then gradually upgrading”.
For small and medium-sized enterprises, prioritizing the safe operation and maintenance of equipment (such as upgrading motor protection), optimizing production processes, and then considering in-depth digitalization can not only control investment costs, but also quickly see practical results.
The reason why Schneider EOCR’s project agency channel is suitable for this type of enterprise is that it meets the transformation needs – it not only solves the pain points of its own equipment protection, but also relies on industry resources to expand new profit points. With 24-hour technical support and a no-stocking policy, it does not need to bear excessive risks. It is a “win-win” choice in the transformation process.
If any colleagues want to know the specific agency details, they can also communicate further.
