Solutions

Thermal flow-channel cleaning equipment serves automotive thermal-management makers and AI liquid-cooling integrators; intelligent assembly lines serve automotive components, sensor and electrical-parts makers; compute-board test fixtures serve AI server and GPU module makers. All three are custom designed and built.

Everything is tailored to the customer's products and process. Thermal cleaning uses a standardized process platform configurable per workpiece and takt; assembly lines and compute-board test fixtures are designed from standalone stations to full lines as needed, with quick multi-variant changeover.

A five-stage closed loop: discovery, design, prototype, delivery, and support. Standard solutions deliver in about 60 days; complex turnkey lines are assessed by project complexity, number of processes and customization needs.

Equipment is designed and built to automotive-grade quality requirements, with key-station data traceability, poka-yoke, inline inspection and EOL testing, and MES integration — supporting customers' IATF 16949 audit requirements for data traceability and quality control.

Submit your requirements via the /contact page or call +86 13451730284. We respond within 24 business hours; our engineers review product drawings and takt targets and then provide a custom proposal and quotation.

Particle cleanliness is assessed to ISO 16232 / VDA 19.1 for flow-channel parts such as cold plates, oil coolers, manifolds and flow plates. The process covers integrated cleaning, air-blow, vacuum drying and cooling, with multi-stage filtered media recirculation. The exact cleanliness class follows the customer's drawing and acceptance specification — and note that ISO 16232 is a component-cleanliness standard, not to be confused with cleanroom classification (ISO 14644) or hydraulic fluid contamination (ISO 4406).

Yes. Lines provide automatic key-station data capture, batch and per-unit traceability, poka-yoke, and inline inspection and EOL testing, with MES integration — supporting customers' IATF 16949 audit requirements for data traceability and quality control. Key-station process capability can be designed and validated to a Cpk ≥ 1.67 target.

No. That business covers the hardware layer only: mechanical design, precision alignment and press-fit mechanisms, RF signal-path planning, probe selection and shielding design, plus hardware integration and instrument verification on mainstream platforms — complementing your test software and algorithm capabilities.

Assembly and forming stations use modular layouts, flexible feeding and SMED quick-change fixtures, so routine multi-variant changeover is typically within 15 minutes. Process parameters are stored as per-model recipes and recalled from the HMI, suiting high-mix, low-to-medium-volume production; capacity can be expanded by adding modules without rebuilding the line.

Both. Delivery can be a standalone machine, a set of stations, or a full turnkey line. Standard thermal-cleaning solutions follow a standardized process platform configurable per workpiece and takt, while assembly lines and board-test fixtures are designed from single stations to full lines. The delivery model is agreed with you during solution design.

We serve automotive thermal-management makers and AI liquid-cooling integrators for flow-channel cleaning; automotive component, sensor and electrical-parts makers for intelligent assembly; and AI server and GPU module makers for compute-board test fixtures. Equipment is custom designed and built to each customer's product and process, with clients shown as industry-generic descriptions under confidentiality constraints.