There is no minimum order quantity. We accept orders starting from 1 piece for prototypes and small-batch production. This makes us ideal for R&D projects, startup companies, university research, and low-volume industrial applications where traditional manufacturers require large MOQs. Pricing is tiered by quantity — you benefit from volume discounts as your production scales, without being locked into large upfront commitments.

Standard prototype lead time is 7–15 working days from drawing approval. Simple CNC-machined heat sinks or single-piece cold plates can often be completed in 7–10 days. Complex designs requiring vacuum brazing, FSW, or multi-step processing may take 15–20 days. We provide DFM feedback and a formal quote within 24 hours of receiving your drawings and specifications. For urgent projects, 5-day expedite service is available with a surcharge — ask our team for details.

Yes. If you provide thermal requirements (heat load in watts, coolant type, flow rate, inlet/outlet temperature targets, allowable pressure drop, and available envelope dimensions), our engineering team can design a cold plate optimized for your requirements. We offer optional CFD thermal simulation to validate performance before manufacturing. We will provide design drawings for your review and approval before production begins — you retain full control over the design.

For high-heat-flux GPU cooling (above 500 W per chip), we recommend oxygen-free copper C11000 with electroless nickel plating. Copper provides the highest thermal conductivity (~398 W/m·K), ensuring efficient heat spreading from the chip contact area to the coolant channels. Electroless nickel plating prevents copper corrosion in water/glycol cooling loops and provides a durable, low-friction surface. For cost-sensitive or weight-constrained applications, aluminum 6061-T6 is a viable alternative — particularly for heat loads below 300 W per chip or where air cooling is used. Our engineering team can help you select the optimal material based on your specific thermal and mechanical requirements.

We support low‑volume prototyping as well as mass‑volume production. There is no strict minimum‑order‑quantity. We work with small‑batch prototype projects and large‑scale CKD kit orders for overseas system integrators alike.

Our standard term is 30‑50% deposit upon order confirmation, balance paid before shipment. Flexible terms can be discussed for long‑term strategic OEM partners.

We deliver integrated CNC plus sheet‑metal one‑stop manufacturing. Our pricing covers material traceability, strict quality control, NDA IP‑protection, surface finishing and reliable lead‑time control. We avoid hidden rework costs common from cheap fragmented suppliers.

Every project gets dedicated engineering and production scheduling. We evaluate lead‑time at quotation stage and communicate proactively if any risk occurs. In‑house CNC and sheet‑metal capacity greatly reduces delays from outsourced subcontractors.