Exhibition Concludes, Precision Never Ends – Sinowon CIME 2026 Review: Winning Liquid Cooling Industry Trust with Real Data

From June 10 to 12, the 6th Shenzhen International Data Center Liquid Cooling Technology Exhibition (CIME 2026) was successfully held at the Shenzhen World Exhibition & Convention Center (Bao'an New Hall). As a major platform bringing together the upstream and downstream of the liquid cooling thermal management industry chain, this year's exhibition gathered numerous cutting-edge technologies and key industry players. Sinowon presented its lineup of core inspection equipment and precision automatic measurement solutions at Booth 16K01. Over the three-day event, the team engaged in in-depth discussions with industry customers, technical experts, and procurement leaders from sectors including liquid cooling thermal management, data centers, and AI computing hardware. The on-site free testing activity received an enthusiastic response.

A key highlight of Sinowon's participation: "precision that is truly verifiable" – all exhibited equipment was rigorously calibrated by Guangzhou Institute of Metrology, and each unit comes with an official accuracy report. Measurement data is mutually recognized across 56 countries and regions under the ILAC and MRA frameworks. Against the backdrop of increasingly stringent accuracy requirements for liquid cooling component inspection, Sinowon provides a reliable, quantifiable, and traceable foundation for quality control in the liquid cooling industry through solid metrological traceability.

All Key Equipment Demonstrated Live – Broadly Adaptable for Liquid Cooling Component Inspection

At this exhibition, Sinowon showcased multiple key inspection devices, including a large-travel Vision Measuring Machine (OMM) , a high-precision (0.7μm) Vision Measuring Machine, a line-scan laser Video Measuring System, and a robotic arm fully automatic flash measurement integrated system – widely applicable for inspecting liquid cooling components.

Large-Travel Vision Measuring Machine – Meeting Large Liquid Cooling Plate Inspection Needs

Sinowon highlighted a moving-bridge fully automatic Video Measuring System specifically designed for large-scale measurement applications, achieving micron-level precision with non-contact, workpiece-safe operation. This model features a moving-bridge structure and imported high-precision components, making it ideal for precise inspection of key large-scale parameters such as flow channel width, channel spacing, and hole pattern dimensions on liquid cooling plates.

0.7μm High-Precision Vision Measuring Machine – Micron-Level Accuracy

In the field of precision inspection, Sinowon presented a 0.7μm-accuracy OMM that, through a high-magnification optical lens and sub-pixel edge extraction algorithm, reliably captures micro-features such as fine holes, grooves, and contour gaps. For critical dimensions on liquid cooling connectors – including seal groove width, depth, bottom corner radius, end face flatness, and parallelism – this device delivers precise scanning measurement, providing hardware support for stringent quality control requirements.

Line-Scan Laser Video Measuring System – 3D Profile Matching for Complex Geometries

Addressing the complex measurement needs of irregular structures such as tubes, connectors, and seals in liquid cooling systems, Sinowon introduced its line-scan laser Video Measuring System. Based on a high-resolution industrial camera and telecentric optical system, this non-contact precision measurement solution can inspect parameters including inner diameter, wall thickness, roundness of pipe joints, as well as 2D profile, gap dimensions, and R-angle of complex precision parts. It covers the entire process from in-process sampling inspection, final quality inspection, to incoming material inspection for liquid cooling component precision machining.

Robotic Arm Fully Automatic Flash Measurement Integrated System – Smart Inspection Upgrade for Efficiency

Automation and intelligence represent the mainstream direction of manufacturing inspection. Sinowon's robotic arm fully automatic flash measurement integrated system features CNC functionality and supports one-click batch measurement. It can automatically inspect dozens of dimensions on a single part, and automatically generate SPC statistical analysis reports to monitor process capability in real time, helping customers transition from sampling inspection to full inspection, improving production efficiency and reducing manual errors.

On-Site Free Sample Testing Draws Enthusiastic Response – Real Data Wins Customer Recognition

Throughout the exhibition, Sinowon's booth maintained a lively atmosphere. Numerous industry customers brought their own workpieces to Booth 16K01 for free on-machine testing – whether large liquid cooling plates or precision small cooling parts. Sinowon's technical staff assisted in completing on-site measurements and generating inspection reports, making accuracy data immediately visible. After comparing test results, several customers expressed follow-up cooperation intentions on the spot.

Continuously Advancing Inspection Technology to Support High-Quality Development of the Liquid Cooling Industry

As single-rack power density continues to rise, liquid cooling solutions have become a critical prerequisite for high-density AI computing deployment. Cold plate liquid cooling, as the mainstream solution for current AI servers, demands continuous iteration of core component processes, placing higher requirements on inspection accuracy. Taking this exhibition as an opportunity, Sinowon will continue to deepen its precision inspection technology, providing more accurate inspection equipment and a better service system to help the liquid cooling industry achieve high-quality, high-efficiency quality control upgrades.