In the semiconductor equipment industry with high technical barriers and increasingly fierce competition, the survival and development of enterprises often depend on the choice of their core strategic path. Through in-depth observation of the industry practice, we can clearly identify two dominant business thinking and Survival Logic -- "second-hand renovation business" represents the steady operation thinking, and "self research business" practice the thinking of breaking the situation based on in-depth optimization. These two paths are not a simple distinction between advanced and backward, but a rational choice based on different resource endowments, market stages and competitive strategies.

Business essence: stable operation vs optimization based on imitation

The core of second-hand renovation business is not backward technology, but a set of business operation mode based on mature system. It is built on a proven stable technology platform and relies on mature SOP (standard operating procedures) and special parts procurement channels. Its competitiveness comes from the channel advantage of "you can't buy it, I can buy it" and the extreme maintenance of equipment stability. To some extent, it is more like an efficient "surgeon", who is good at diagnosing, repairing and optimizing the mature "body", and wins the market with high cost performance and reliable delivery ability. Data shows that its gross profit margin may even be higher than that of some self-developed product lines with huge investment but falling into price war.

In the current context of domestic semiconductors, the essence of self-development business is often based on reverse engineering and deep optimization of mature products. It is not an original innovation from scratch, but through the benchmarking of foreign advanced equipment, on the basis of understanding its design logic and process principle, it is copied, learned and redesigned. The so-called "domestic substitution" is often the first thing to do is to "copy better than others". In the process of imitation, it is ensured that the function can be realized and the performance can be benchmarked. However, the real breaking point is not just imitation. A successful self-developed path needs to achieve a significant reduction in the cost of equipment acquisition and operation and maintenance, and a significant acceleration in the response of localized services on the basis of "image copying", and solve the problems existing in the actual application of the original machine through an in-depth understanding of the customer's use scenarios and process pain points, so as to form a localization solution that is "more cost-effective, closer to demand, more stable and reliable". This road is also full of challenges, requiring solid engineering ability, continuous process polishing and keen market insight.

Thinking field: supplier thinking vs Customer thinking

Behind these two business models are two different thinking paradigms.        

The renovation business and some R&D thinking derived from it often have the color of "supplier thinking": the goal is to solve problems quickly and make the equipment "turn around". Just like the "tire change" solution, which pursues short-term, flat and fast, but may ignore the root cause analysis. This kind of thinking has its value in ensuring instant delivery and operation and maintenance efficiency, but if it is a leading innovation, it is easy to cause R&D to stay at the surface of "imitating the cat", and the equipment lacks real competitiveness and long-term reliability.        

The successful self-development business must establish a thorough "customer thinking". This requires not only understanding the technical parameters (benchmarking) disclosed by customers, but also going deep into the production line to understand the real pain points behind the process (such as the optical compensation problems caused by material properties). The starting point of R&D should not be "we have made the same equipment as XXX", but "we have solved the specific problems of customers in XXX process". The R&D report should clearly state "why should I do this? What pain can I solve for customers?" this is the core embodiment of customer thinking.

Market context: the disappearance of window period and the change of strategy

The evolution and selection of these two logics are deeply rooted in the macro changes of China's semiconductor equipment industry.        

In the early stage, in the field of 6/8 inch equipment, the broad window of "domestic substitution" allowed enterprises to quickly enter the market with "function realization" and "cost advantage" as the main selling points. However, in the mainstream battlefield of 12 inch equipment with more intensive technology and more stringent customer requirements, the market pattern has changed fundamentally. The power represented by domestic leading enterprises has completed the layout of "from scratch" on many key equipment, and even achieved performance parity or surpass at some points.        

Therefore, the main melody of industry competition has shifted from "domestic substitution" to "domestic substitution" and even "value transcendence". This means that simply declaring "benchmarking with imported brands" is not enough to impress customers. Latecomers must seek differentiated advantages in subdivided fields: or achieve technological leadership in some characteristic processes and emerging materials and equipment; Or the performance, stability and cost performance of mature products (such as degumming and etching) can be tempered to the extreme, reaching the level of "surpassing the blue". Market competition is returning to its essence: providing customers with irreplaceable cost performance and stable value.

Fusion enlightenment: balance between pragmatism and foresight

The most resilient enterprises are often not followers of extreme routes, but strategic practitioners who can dialectically integrate the two logical advantages.        

Redefine the depth of R&D: "the value of R&D" should not be narrowly equated with "inventing new principles". For the pursuers, turning the focus of "development" from "drawing reproduction" to "deep optimization and stability research" is a high-value R&D with more practical significance. This includes the establishment of a closed loop to reverse the design improvement from the client failure mode, and the acceleration of reliability verification through testing simulating extreme conditions. Recruiting technical support experts with rich on-site experience into the R&D process is the key to shorten the distance from "manufacturing" to "reliability".       

Forging customer-centric organizational capabilities: no matter what kind of business, the ultimate cornerstone of winning the market is the ultimate equipment stability and the ability to deeply understand customer scenarios. This requires enterprises to establish a strong localized technology support network, promote seamless collaboration among sales, R&D and delivery services around customer pain points, and cultivate a quality culture focusing on root cause analysis and prevention throughout the organization.

The semiconductor equipment industry is a long-distance race related to technology, capital, patience and strategic determination. Renovation thinking represents a pragmatic survival wisdom based on realistic conditions, emphasizing channels and immediate benefits; Self research thinking represents an ambitious ambition to break the situation in the face of future competition, pursuing innovation, differentiation and technological sovereignty.

Perhaps the most successful enterprises are not purely adherents to one end, but explorers who can deeply understand the applicable boundaries of these two logics, and can flexibly use them in different development stages and product lines, and organically combine the pragmatic "repair" work with the visionary "creation" ambition. On the journey from "availability" to "ease of use" and from "substitution" to "leading" of domestic semiconductor equipment, this dialectical integration of thinking will be more critical than the simple choice of technical route.Editor/chengliting