人形机器人业务收入大增 长盈精密股价两年涨超170%后高管减持

This article analyzes the operations, financial performance and capital market performance of Everwin Precision, China's leading precision component manufacturer. Key takeaways are as follows:

1. Operations: In 2025, the company's total revenue grew 11.13% year-on-year, but net profit attributable to parent shareholders dropped 22.53% year-on-year. Affected by the price war in China's new energy vehicle (NEV) industry, the gross margin of the company's new energy components business fell from 18.57% in 2023 to 14.32% in 2025. Its non-GAAP net profit also dropped 28.72% year-on-year in Q1 2026, indicating continued overall profitability decline.

2. Finances: The company has taken on large amounts of debt to fund capacity expansion. As of Q1 2026, its total interest-bearing debt exceeds 9.7 billion yuan, and it still faces a project funding gap of more than 1.3 billion yuan. It has filed a prospectus for an IPO on the Hong Kong Stock Exchange to raise capital, with the outcome still uncertain.

3. Capital market performance: The company has entered the humanoid robot business, whose revenue grew more than 530% year-on-year in 2025. This growth has driven its share price up more than 170% over two years, pushing its current price-to-earnings ratio above 60x. Some senior executives have already sold shares to cash out, and there is valuation correction risk if the new business fails to deliver expected performance.

This article outlines the current status and development trends of the precision component industry, offering strategic insights for relevant brands. Key takeaways are as follows:

1. Industry trends: The ongoing price war in the NEV industry has been passed upstream to component suppliers. Leading battery manufacturers are pushing down procurement prices, and industry capacity has shifted from a tight balance to oversupply. As a result, gross margins for NEV components continue to decline, squeezing profit margins. In contrast, the humanoid robot industry is in a period of rapid growth, with the global market size projected to achieve a 61.2% compound annual growth rate (CAGR) from 2025 to 2030, making it a key future growth driver.

2. Implications for business expansion: Established traditional precision component brands can leverage their accumulated technical advantages to enter the core humanoid robot component segment and unlock new growth. Everwin Precision's cross-sector expansion has already delivered rapid revenue growth in the new business.

3. Risk warning: Brands must balance financial risks when expanding capacity. Over-leveraged expansion in traditional segments will increase debt pressure, with interest expenses eroding profits. Meanwhile, emerging businesses are unlikely to generate sufficient profit in the short term, so long-term strategic planning is essential.

This article sorts through market shifts in the precision component industry, outlining opportunities and risks for component sellers. Key takeaways are as follows:

1. Industry changes and risks: The NEV power battery structural component segment is already experiencing overcapacity. Downstream leading customers hold strong bargaining power and continue to push down prices, pushing industry gross margins down year after year and making profitability increasingly difficult. Entering this segment now carries high risk.

2. Emerging market opportunities: The humanoid robot segment is in the early stage of commercialization boom, with demand for core components growing rapidly. The overall industry CAGR exceeds 60%, and Everwin Precision's 530%+ year-on-year revenue growth in humanoid robot components in 2025 confirms the segment's growth potential, making it a high-growth direction worth entering.

3. Operational guidance: Entering the humanoid robot segment requires long-term capital investment. Sellers should control their financial leverage and avoid excessive borrowing. Currently, the new business still accounts for a small share of total revenue for most players, and performance growth will take time. Sellers should hold reasonable expectations for growth pace and avoid blind capacity expansion following market hype.

This article analyzes Everwin Precision's capacity layout and transformation path, offering insights for peer precision manufacturing factories. Key takeaways are as follows:

1. Business opportunities: The traditional NEV structural component segment is already oversupplied, with gross margins and profit margins continuously declining. The humanoid robot segment, by contrast, is in its early growth stage with large unmet demand for core precision components. Factories with existing precision manufacturing foundations can leverage their current technical capabilities to enter this segment and unlock new growth.

2. Implications for production upgrading: Everwin Precision plans to use IPO proceeds to智能化升级升级 its NEV structural component production facilities, showing that digital and intelligent upgrading is an inevitable path for traditional manufacturers to compete in the current market. Intelligent upgrading helps factories cut costs, improve efficiency and boost competitiveness.

3. Risk warning: Capacity expansion must match a factory's own financial strength. After large-scale debt-funded expansion, Everwin Precision's interest-bearing debt is nearly 10 billion yuan, with interest expenses reaching 166 million yuan in 2025 alone, significantly squeezing profits. Excessive debt creates enormous operational pressure, so factories must stay alert to debt risks.

This article discloses current pain points and development trends in the precision manufacturing industry, offering insights on market opportunities for relevant service providers. Key takeaways are as follows:

1. Industry development trends: Traditional consumer electronics and NEV component industries have entered a period of cutthroat competition, with intensifying competition and falling profits. A large number of traditional manufacturers are beginning to transform into the emerging humanoid robot segment, while existing traditional capacity also has demand for intelligent upgrading. The industry as a whole is in a period of transition.

2. Core customer pain points: A large number of transforming manufacturers face clear funding gaps for expansion and transformation. Even with nearly 10 billion yuan in interest-bearing debt, Everwin Precision still has a project funding gap of over 1.3 billion yuan. Traditional bank lending pushes up companies' financial costs and squeezes profits, so enterprises have strong demand for diversified financing options. At the same time, traditional manufacturing factories also have strong demand for intelligent production upgrading.

3. Market opportunities: Financial service providers can develop customized financing services targeting transforming manufacturing enterprises, while technology service providers can launch targeted intelligent production solutions for the precision manufacturing sector. This allows service providers to capture industry transition dividends and expand their customer base.

This article outlines core demands of transforming manufacturing enterprises, offering insights for various industrial and capital platforms. Key takeaways are as follows:

1. Core enterprise demands: When traditional precision manufacturers transform into emerging segments and expand/upgrade capacity, they face large funding gaps. Most already carry high debt pressure, so they need access to more direct financing channels, and demand for IPO fundraising is very strong.

2. Platform investment attraction opportunities: Offshore financing platforms such as the Hong Kong Stock Exchange are popular among transforming manufacturing enterprises. Everwin Precision's Hong Kong IPO will mainly fund intelligent capacity upgrading and humanoid robot component expansion. These manufacturing enterprises, which transform into emerging segments based on existing technical accumulation, have solid development foundations and are high-quality potential targets for platform investment attraction.

3. Risk control guidance: Most transforming enterprises have not yet delivered large-scale performance from their emerging businesses, but their valuations have already been bid up, creating valuation correction risk. When introducing relevant projects or enterprises, platforms should fully disclose risks, help market participants understand enterprises' true profitability, and avoid market problems caused by subsequent valuation volatility.

This article documents the transformation practice of a traditional precision manufacturing enterprise during a period of industry change, providing a typical case for industrial research. Key takeaways are as follows:

1. New industry trends: The current price war in the NEV industry has spread upstream to the component sector, driving continued gross margin decline and intensifying industry competition. The humanoid robot industry has entered the early stage of commercialization, drawing a large number of traditional enterprises with accumulated precision manufacturing technology to enter the new segment cross-sector, becoming a new direction for traditional manufacturers to break growth bottlenecks.

2. New industry issues: To capture segment growth dividends, traditional manufacturers commonly pursue large-scale debt-funded capacity expansion, leading to rapid growth in debt scale and a sharp increase in financial expenses, which further squeezes already shrinking profit margins. At the same time, emerging businesses still account for a small share of total revenue, so they cannot drive a overall profitability recovery in the short term. The mismatch between valuation and performance is prominent, creating valuation correction risk.

3. Research implications: How traditional manufacturing enterprises balance capital allocation between traditional business expansion and emerging business layout, and how to control debt risk to balance growth and financial safety, are new topics worthy of in-depth research during the industry transition period. Everwin Precision's practice provides a very typical research case.