Source Gold Gravity Separation Shaking Table for Gold Tin Copper

Gold Gravity Separation Shaking Table Sourcing Guide

A gold gravity separation shaking table is a core piece of equipment for recovering fine gold and other heavy minerals from crushed ore, and it remains one of the most widely purchased machines in small and medium-scale mineral processing lines. Listings observed on major B2B platforms show machines positioned for gold, tin, copper, manganese, iron ore, zircon, and chromite applications, with capacity figures commonly quoted between 0.5 and 2 tons per hour depending on model. This range makes the shaking table a natural fit for pilot plants, mobile mining operations, and dedicated gravity separation circuits.

Because listings vary widely in construction, warranty, and claimed standards, buyers should treat each product page as a starting point rather than a verified specification sheet. This guide walks through the key decisions at each stage of the sourcing process: defining product scope, verifying technical parameters, checking compliance documentation, understanding cost drivers, qualifying suppliers, and planning long-term procurement. Working through these checks systematically reduces the risk of receiving equipment that underperforms in your specific ore application or arrives without the documentation needed for smooth customs clearance and safe installation.

Product Scope and Observed Listing Signals

Observed listings cluster around recognizable product families, most notably the 6S series and general-purpose shaking table models, with origins commonly listed in China, including Henan and Ganzhou, Jiangxi — the latter being a well-known hub for gravity separation equipment. Stated applications include sorting nonferrous metals, ferrous metals, and gold, and several listings describe the equipment type explicitly as a gravity separator. Entry prices observed range from roughly 799 to 9999 USD, a spread that reflects differences in table size, deck material, and completeness of the machine. Minimum order quantities are consistently listed at one set, which lowers the barrier for trial purchases.

Packing is variously described as standard export package, nude or container packing, or nude and steel packing, and several suppliers state that testing is performed before delivery. Customization is flagged as available on multiple listings, and warranties of one to two years appear. Buyers should note that these are listed attributes, not guaranteed performance claims — the same model designation can hide significant differences in deck construction, drive mechanism, and support structure. Treat every observed signal as a question to confirm directly with the supplier before committing to a purchase.

Technical Specifications to Verify

The most consequential technical parameters to confirm are feed size and capacity. Observed listings quote feeding size of 0–2 mm and feeding density of 30%–50%, and capacity stated as 1–2 tons per hour according to model. Verify that your crushed ore falls within this range, since oversize feed will cause riffle clogging and poor concentration, while material that is too fine may require prior classification. Also confirm power consumption — listings show 0.55–1.1 kW — and water consumption of 0.4–1.5 tons per hour, because water availability often constrains remote site operation.

Deck and frame construction deserve equal scrutiny. Listings mention carbon steel, stainless steel, and heat-resistant material features, each with different implications for corrosion resistance and service life when handling abrasive or chemically aggressive ores. Ask which parts are wear components and what the replacement interval looks like in your application. Confirm voltage compatibility — 380V is commonly listed — against your site power supply, and check machine weight (around 1 ton for some models) for transport and foundation planning. Request dimensioned drawings and, where possible, a video of the actual unit running rather than relying on catalog figures alone.

Compliance and Safety Documentation

Certification signals in observed listings include CE, ISO9001, and in some cases both, but the exact standard applied is described as differing between models. This means buyers cannot assume uniform compliance across a supplier's catalog. Before ordering, ask for the actual certificate copies and match the certificate number and scope to the specific model you intend to purchase. For CE-marked machines, request the Declaration of Conformity and confirm which directives it covers, since machinery destined for mineral processing must meet applicable safety requirements for moving parts, electrical systems, and emergency stops.

Electrical safety is particularly important for equipment operating in wet environments with continuous water feed. Confirm the motor protection class, wiring standards, and whether the control box includes appropriate protection for damp conditions. Ask whether a user manual, installation guidance, and a spare parts list are provided — several listings mention installation guidance and spare parts supply, which you should convert into written commitments in the purchase contract. Documentation quality is also a useful proxy for overall supplier maturity: a manufacturer that cannot produce coherent, model-specific certificates and manuals is unlikely to provide dependable after-sales support once the machine is on site.

Cost Drivers and Commercial Terms

The observed price spread of roughly 799 to 9999 USD suggests that buyers should understand what drives the difference before comparing quotes. Key cost variables include deck size and deck material (stainless steel or specialized surfaces command premiums over standard surfaces), frame and support construction, motor specification, and whether customization is included. Shipping also matters significantly: machines around 1 ton shipped nude or in containers, or in steel packing for export, will incur very different freight and handling costs depending on destination and chosen Incoterms. Clarify who arranges and pays for inland transport, port charges, and insurance.

On commercial terms, listings consistently show a minimum order of one set and, in some cases, machines available in stock — which affects delivery timing but should be verified for the exact model and configuration you need. Confirm the payment structure, what portion is due before testing, and whether pre-delivery testing is documented with a video or report. Convert warranty length (listed variously as one or two years) into explicit coverage terms: which components are covered, what voids the warranty, and how replacement parts are shipped. A clear, written contract covering these points is more valuable than the lowest quoted price.

Supplier Qualification and Quality Control

Supplier qualification should focus on verifiable production capability rather than listing polish. Several observed listings identify manufacturers in Ganzhou, Jiangxi, and Henan — regions with dense clusters of gravity separation equipment producers — which makes it practical to request factory references and compare multiple makers. Ask how long the supplier has manufactured shaking tables specifically, request photos or video of the production floor and welding quality, and confirm that the brand stated in the listing (such as Gelin Brand, where present) matches the entity on the quotation and contract. Consistency between listing, quote, and invoice is an early trust signal.

For quality control, insist on a documented pre-delivery test. Listings that mention testing before delivery should be held to that commitment: request a run video showing the table operating under load, deck motion, and water distribution, ideally with your ore type or a comparable material. Ask which inspection points are checked — deck flatness, head motion, weld integrity, electrical safety — and whether a written inspection report accompanies the shipment. Confirm that engineers are available to service machinery overseas if remote installation support will be needed, and obtain the scope and cost of that service in writing before placing the order.

Long-Term Procurement Checks

Long-term value with a shaking table depends less on the initial purchase than on parts availability and wear management. Deck surfaces, riffles, and drive components wear continuously in abrasive ore service, so before purchasing, obtain a priced spare parts list covering at least the first year of operation. Several listings state spare parts supply as a service attribute — turn this into a commitment on lead times and pricing for wear items. Ask whether deck replacements can be shipped separately and whether they are dimensionally compatible with your machine, so future purchases are not locked to a single supplier without notice.

Plan the operating relationship as well as the hardware. Confirm installation guidance arrangements, whether commissioning support is available remotely or on site, and how faults will be diagnosed across time zones. Keep records of the pre-delivery test video, inspection report, and warranty terms in one place, and schedule internal inspection intervals for deck condition and head mechanism wear. If the first unit performs well in your ore, standardize on the same model and supplier for expansions — but re-verify specifications each time, since listings, models, and stated standards can change between production batches.