Listing Success | Frost & Sullivan Supports Guangdong Dingtai High-Tech Co., Ltd. in Successful Listing in Hong Kong (1377.HK)

As the world’s largest PCB manufacturing hub, China benefits from a highly concentrated and integrated industry ecosystem, providing a strong and stable demand base for the PCB drill bit market. The market size of China’s PCB drill bit industry increased from RMB 2.5 billion in 2021 to RMB 3.8 billion in 2025, with an annual compound growth rate of 10.6%, exceeding the global market. During the same period, China’s share of the global PCB drill bit market increased from 61.6% to 63.0%. This growth is mainly driven by the expansion of China’s PCB market. In 2021, China’s PCB market size accounted for 54.2% of the global market, and this proportion increased to 57.5% in 2025.

China’s PCB industry clusters enable PCB drill bit manufacturers to cooperate closely with downstream PCB producers throughout the entire production cycle, from collaborative product development to mass production, allowing them to respond faster to evolving technical requirements. Compared to the global market, the well-developed PCB industry ecosystem in China promotes a unique trend of rapid technological progress and continuous capacity expansion in the drill bit market. It is expected that by 2030, the market size of China’s PCB drill bit industry will reach RMB 6.3 billion, and its share of the global PCB drill bit market will further increase to 63.5%.

Based on whether the product surface has an additional coating material, in 2025coated drill bitsaccounted for a global market share of 35.4%. High-end applications such as COMMERCIAL AVIATION SERVERS, 5G communications, and automotive electronics are driving the development of PCBs toward higher density and more layers, resulting in harder substrate materials, denser circuits, and a significant increase in the number of holes. This imposes strict requirements on the wear resistance, accuracy, and heat resistance of drill bits. Coated drill bits use coating materials such as TiCN or diamond, which significantly improve drill bit hardness and reduce friction loss, resulting in a longer service life compared to uncoated drill bits. This effectively ensures the processing yield and efficiency of high-end PCBs and reduces the cost of single-hole drilling. Therefore, it is expected that the global coated drill bit market share will continue to rise, reaching 51.6% by 2030.

The global PCB drill bit industry is experiencing accelerated integration and technological upgrading. From a regional perspective, manufacturers in Mainland China, Taiwan, and Japan dominate the global PCB drill bit industry, with high market concentration. The competitive landscape of the Mainland China PCB drill bit market is similar, but with higher concentration. In 2025, the combined market share of the top five companies in the global PCB drill bit market was 75.7%. Our company ranks first globally with 1.13 billion pieces, accounting for a market share of 29.2%.

Based on global PCB drill bit sales revenue as of 2025, the combined market share of the top five companies in the global PCB drill bit market is 79.8%. Our company ranks first globally with RMB 1.38 billion, accounting for a market share of 22.9%.

Source: industry expert interviews, company annual reports, Frost & Sullivan

Iterations of PCB products drive drill bits to higher-end specifications. The rapid development of cutting-edge fields such as AI and autonomous driving is accelerating the evolution of PCBs toward higher layers and higher density interconnects. The trend of PCB densification increases the number of holes per unit area while reducing hole diameter. Higher layers also lead to increased drilling depth. Such technological changes drive the demand for high-precision micro drill bits,high-aspect ratio drill bitsand coated drill bits. In addition, high-aspect ratio drill bits are more prone to breakage and deviation during processing, so PCB manufacturers often reduce the drilling limit of drill bits (i.e., the number of times a drill bit can be used), to reduce the risk of drill bit breakage, poor hole wall quality, and even entire board failure. This directly leads to a significant increase in drill bit consumption.

The iteration of substrate materials forces drill bit upgrades. PCB substrates are evolving toward high-frequency, high-speed, and composite materials, which directly drives innovation in drill bit materials and processes. High-hardness and high thermal conductivity materials such as high-frequency materials and metal substrates are widely used, posing serious challenges to conventional drill bits and significantly increasing wear. In this context, advanced coating technologies are seen as key to improving wear resistance, extending service life, and reducing overall costs. Therefore, the continuous evolution of PCB substrates further drives the expansion of the coated drill bit market.

Accelerated domestic substitution and deeper global expansion. China’s PCB drill bit industry is showing two core trends: accelerated domestic substitution and deeper global expansion. Domestic enterprises, with continuous technological innovation and significant cost advantages, are continuously enhancing their competitiveness in the global market, gradually replacing imported products and production equipment, and actively exploring overseas markets. Southeast Asia, due to its industrial support and cost advantages, has become a key region for enterprise capacity deployment.

Increased prevalence of intelligent management. With the widespread adoption of Chinese intelligent manufacturing concepts and technologies, PCB manufacturing firms are demanding more digital management of production processes, tools, supply chains, and product quality. For example, intelligent management systems for drill bits can record and track the complete usage history and grinding cycles of each drill bit using specialized chips, enabling full lifecycle management from storage, needle allocation, needle return to grinding.

The rapid expansion of the PCB market drives capacity upgrades in drill bit enterprises. The rapid growth in PCB demand, especially towards higher layers and higher density, directly leads to a significant increase in drill bit consumption, thus putting higher demands on the capacity expansion capabilities of drill bit enterprises. To address this challenge, leading enterprises build key advantages through independent research and development and production of core equipment, which significantly enhances their flexibility for rapid expansion and response to market demands. At the same time, enterprises continuously innovate processes and integrate automation to improve production efficiency and product quality, to meet strong market demands.

• High technical barriers.PCB drill bit production involves precision manufacturing and materials science, requiring high technical standards, making it difficult for new enterprises to overcome in the short term. Leading enterprises have accumulated strong patent advantages through long-term R&D investments, covering micro-drill design, coating technology, and automated equipment, creating high technical barriers.

• Strict customer certification standards.Downstream PCB manufacturers have relatively strict certification requirements for suppliers, making it difficult for new enterprises to obtain orders quickly. The certification process includes qualification review, sample testing, small-scale trial, and large-scale verification, taking a long time. PCB manufacturers tend to form long-term and stable strategic partnerships with qualified drill bit suppliers, and customer loyalty increases with the duration of the partnership. Therefore, new enterprises find it difficult to establish cooperation with PCB manufacturers quickly.

• Supply chain and cost control capabilities.Supply chain management and cost control are key to maintaining competitiveness. The core raw materials for PCB drill bits rely on high-quality suppliers, and leading enterprises usually establish long-term and stable partnerships with major suppliers. For new entrants, it is difficult to obtain competitive purchase prices. In addition, leading enterprises reduce production costs through large-scale production, refined management, and process optimization, making their unit prices more competitive. New enterprises face disadvantages in purchasing and costs.

• Financial barriers.The financial barriers in the PCB drill bit industry are significant. Initial production line construction investments are large, posing a primary challenge to the financial strength of enterprises. Additionally, some high-end drill bit core production equipment is highly dependent on imports from abroad, and these expensive equipment further increase initial investment and operating costs, creating high financial barriers for new entrants to the industry.