



The Gold Panning Bowl is a water-powered fine gold concentrator designed to help separate gold from black sand and other heavy concentrates after initial prospecting. Inspired by the general concept of a Blue Bowl-style concentrator, this design has been independently developed with its own modifications to improve functionality and ease of use.
Designed with standard garden hose threads, the bowl connects easily to a common garden hose. A ball valve is used to provide precise control over water flow, allowing you to fine-tune the water pressure for effective concentration of heavy materials.
During testing, the Gold Panning Bowl has proven highly effective at concentrating black sand, demonstrating the effectiveness of the design for fine material separation. It is an excellent addition to any prospecting setup for processing concentrates collected from sluices, high bankers or gold pans.
Manufactured using durable, water-resistant PETG, this concentrator is lightweight, robust and built for repeated outdoor use.
Features
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Water-powered fine gold concentrator
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Independently designed with unique modifications inspired by Blue Bowl-style concentrators
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Standard garden hose connection for simple setup
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Compatible with a ball valve for precise water flow adjustment
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Effectively concentrates black sand and heavy minerals
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Ideal for processing concentrates from gold pans and sluices
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Durable, water-resistant PETG construction
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Lightweight and field-ready
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Made to order using precision 3D printing
Ideal For
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Gold prospecting
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Fine gold recovery
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Concentrating black sand
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Processing sluice concentrates
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Cleaning up gold pan concentrates
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Hobby prospectors, fossickers and clubs
Important Information
This listing is for the 3D printed Gold Pan only.
Dark colours are recommended for improved gold visibility during use.
Garden hose fittings, ball valve, hose, pump, stand, gold and any other accessories shown are not included unless specifically stated.
Each Gold Pan is precision 3D printed in PETG. Minor surface variations are a normal part of the manufacturing process and do not affect the performance or durability of the product.
Due to the 3D printing process, slight variations in colour and surface finish may occur between production batches.

