AI Server Liquid Cooling Solutions & Precision MIM Components

AI Server & Liquid Cooling Applications

AI Server Components & Applications

Shin Zu Shing (SZS) leverages its core manufacturing technologies to proactively address the high-demand growth within the AI server market. By utilizing our extensive experience in precision mechanical components and establishing localized supply chain advantages, we provide customers with rapid development cycles and guaranteed high-quality products.

Core Competencies

Extensive Precision Heritage: Proven track record in the manufacturing of high-end precision mechanical components.
Advanced Machining Mastery: Mastery of critical precision CNC turning and milling technologies.
Superior Process Control:High-precision machining combined with advanced airtightness control capabilities.
Agile Customization:Tailored design solutions with a focus on rapid product delivery.
Rigorous Quality Management: Comprehensive and stringent reliability management systems ensuring long-term stability.

Applications

AI Servers: Engineered to support a full range of customized applications across the AI infrastructure.

Technical Advantages

We possess the specialized capability to manufacture micro-geometries and complex 3D precision structures. Our processes maintain strict dimensional tolerances while ensuring all components achieve maximum material density and mechanical strength.

Key Features

Cost Efficiency:Achieving unit costs significantly lower than traditional machining through large-scale automated production.
System Integration:Utilizing integrated one-piece designs to simplify assembly procedures and minimize errors caused by tolerance stack-up.

AI Server Liquid Cooling Components

Breakthrough Precision Manufacturing

Fresh Perspectives × Elite Talent × Advanced Processes

Shin Zu Shing’s (SZS) entry into the liquid cooling sector is defined by more than just capability—it is defined by excellence. As a strategic latecomer, we are free from the constraints of legacy technology. This allows us to directly implement the industry's most mature expertise and cutting-edge equipment, circumventing conventional pitfalls and ensuring unparalleled reliability from the very first stage of design.

We have seamlessly integrated our precision metal machining DNA—honed from decades of leadership in the hinge and bearing sectors—into the development of liquid cooling connectors and manifolds. By assembling a premier team of laser welding experts and senior R&D talent, we solve traditional process pain points and establish quality standards that surpass industry peers, providing our customers with zero-risk, high-performance thermal management solutions.

A. Manifolds

Comprehensive Solutions: From Validation to Mass Production

Advanced Laser Welding: Strategic planning and procurement of high-precision laser welding processes.
Optical Precision:Implementation of precision optical measurement systems to ensure absolute process accuracy.
Controlled Environments: Fully established ISO Class 7 & 9 cleanrooms equipped with advanced cleanliness testing technology.
Uncompromising Reliability:Comprehensive helium leak testing infrastructure to guarantee the highest product quality and integrity.

B. UQD Connectors

Innovative Design & Strategic Patenting

In-depth Competitive Analysis & Patent Portfolio Optimization: We perform comprehensive industry benchmarking and Freedom to Operate (FTO) evaluations to strategically optimize our intellectual property landscape.
Proprietary R&D to Ensure Technical Originality: Our independent design and development processes guarantee the uniqueness of our technical paths, ensuring both innovation and high-performance standards.

Disconnected State	Connected State	Precision Sealing Details

Rapid Modular Maintenance	High-Strength MIM Process	Zero-Leak
Plug-and-Play Design: Significantly reduces downtime during server maintenance and component replacement. Hot-Swap Capability: Enhances system availability by allowing maintenance of individual liquid cooling loops without requiring a full system shutdown.	Integrated One-Piece Molding: Utilizing Metal Injection Molding (MIM) technology to achieve integrated manufacturing of complex internal flow channels and precision structures. Superior Mechanical Strength: Components possess high density and high hardness, capable of withstanding the long-term stress of high-pressure liquid cooling loops.	Precision Sealing Architecture: Features a multi-layered precision sealing design (e.g., O-rings) to ensure absolute leak-free performance during sustained operation in high-performance computing (HPC) environments. Adaptive to Extreme Environments: Specifically engineered to meet the high thermal loads and high-flow rate requirements of AI server cooling systems.

Critical Manufacturing Processes & Quality Control Architecture

Key Process	Equipment / Technology	Quality Assurance Highlights
Laser Welding	USA IPG YLR-3000W Laser Welding System	Utilizing PWM technology to achieve superior weld quality and consistency.
Weld Monitoring	Germany Precitec LWM Weld Monitoring System	Real-time detection of false welding, power fluctuations, and focus shifts for proactive anomaly management.
Dimensional Measurement	Germany ZEISS T-SCAN HAWK 2	Utilizing high-precision optical measurement equipment to verify dimensions, true position, and flatness.
Cleanliness Inspection	Japan Olympus BX53M Particle Analysis System Japan Evident CIX100 Inspection Equipment Germany GLAESER EasyDry II Drying Machine	Cleanliness <150μm; laboratory fully compliant with ISO 16232 and VDA 19 regulations.
Sealing Test	Vacuum Helium Leak Testing Equipment	Leakage detection reaching the 10⁻⁹ mbar·L/s vacuum method standard.

At SZS, our production ecosystem integrates high-precision machining with stringent quality control and cleanliness environments, ensuring that every component meets the highest global standards.