Valve spool produced by SHOUCI are used in automobile & motorcycle fuel injector, methanol injector, gas injector and diesel engine exhaust emission urea injector and HC injector, etc. More than a decade of valve spool machining experience has helped SHOUCI grow and remain one of the most specialized manufacturers in the industry for machining valve spools. SHOUCI have machined hundreds of valve spools with different parameters. If we only process valve spools, our monthly production capacity of valve spools can reach 10 million pieces.

Valve seats manufactured by SHOUCI are mainly used in automotive and motorcycle fuel injectors, methanol injectors, gas injectors, as well as diesel engine exhaust urea injectors and hydrocarbon injectors. Valve seats are an integral part of a wide range of engine systems, helping to optimize performance, fuel efficiency and emissions control. Their precise design and reliable operation are critical to the smooth and efficient operation of internal combustion engines in automobiles, motorcycles and other applications. From the early days of the company to the present day, SHOUCI has been in the business of machining valve seats with increasingly sophisticated and advanced technology. SHOUCI has become one of the most professional valve seat machining manufacturers in the industry. Our company has machined hundreds of valve seats with different parameters. If only valve seats are machined, we have a production capacity of up to 10 million valve seats per month.

Custom automotive sleeves machined by SHOUCI are cylindrical components that meet a variety of applications and functions in the automotive industry. Whether applied to engines, drivelines, fuel injectors or other critical automotive components, our sleeves provide superior performance and reliability in applications ranging from providing structural support and sealing to reducing friction and wear on critical components.

Automotive connecting shafts are an important part of automotive components and play a vital role in the efficient operation of the vehicle. This precision engineered small part usually requires more advanced CNC precision automated lathes to manufacture, as specialized machines can ensure that the finished connecting shafts meet high precision requirements. Currently, our customers require aluminum as a raw material because of its lightweight and durable nature.

The connecting rod is a key component of the fuel injector system in cars and motorcycles. It plays a vital role in the overall functioning of the engine, ensuring smooth and efficient engine operation. The connecting rod is usually made of high-quality stainless steel, which can prolong the service life of the connecting rod. SHOUCI uses CNC precision automatic lathe imported from Japan as the equipment and turning as the technology to process them, which can ensure that the connecting rods meet customers' requirements for size, quality and precision.

A well - functioning Brake Rod Part is indispensable for safe driving. It directly impacts the braking distance, response time, and overall stability of the vehicle during braking. SHOUCI offers unrivaled solutions for Automotive Brake Rod Part production. Our state - of - the - art Tsugami and Star CNC precision automatic lathes, combined with our exceptional turning processing technology, enable us to produce high - quality Brake Rod Parts that meet and exceed industry standards.

In the fast-paced, ever-evolving realm of electric vehicles (EVs) and new energy automobiles, precision metal parts are the linchpins that uphold the entire system. These components, ranging from the intricate elements within the battery management system to the fundamental structural parts ensuring vehicle stability, are indispensable for a vehicle's performance, safety, and efficiency. Their significance is underscored by their ability to facilitate the seamless operation of high-voltage systems, optimize energy consumption, and enhance the overall durability of the vehicle. ​

Precision metal parts are the veritable linchpin of electric vehicles (EVs) and new energy automobiles, underpinning their functionality in multifaceted ways. These parts are not only crucial for maintaining the vehicle's integrity during normal operation but also for enhancing safety during collisions. By enabling the seamless operation of high-voltage systems, they reduce the risk of electrical malfunctions, which could potentially lead to safety hazards. Moreover, precision metal parts contribute significantly to optimizing energy consumption. Through their precise design and manufacturing, they minimize energy losses in the vehicle's electrical and mechanical systems, thus enhancing the vehicle's overall efficiency. Their high-quality construction also enhances the vehicle's overall durability, reducing the need for frequent replacements and maintenance, making them an essential part of modern sustainable transportation.

SHOUCI's automotive front valve stands out as a paragon of innovation within vehicle engine control systems. Meticulously precision-engineered by harnessing state-of-the-art turning technology, every minute detail of this valve is crafted to perfection. This not only guarantees its remarkable durability, withstanding the harshest operating conditions and countless cycles, but also ensures unwavering reliability. As a result, it plays a pivotal role in enabling optimal automotive performance, facilitating seamless engine operations, enhanced fuel efficiency, and reduced emissions, all of which contribute to a smoother, more efficient, and environmentally friendly driving experience.

In the automotive industry, precision red copper parts are the linchpin for the seamless operation of automotive radiators. These components act as the circulatory system's "valves" and "channels," ensuring that coolant flows efficiently through the radiator. This efficient circulation is crucial for maintaining the engine at an optimal operating temperature. Even the slightest deviation in precision can disrupt the coolant flow, resulting in overheating, a sharp decline in fuel efficiency, and potentially catastrophic engine damage. As vehicles become more advanced, the demand for highly precise metal parts that can withstand extreme conditions and complex mechanical interactions continues to grow. ​