The VortexMat Sluice is a modular gold prospecting sluice designed to provide excellent fine gold recovery while giving you the flexibility of a custom-length sluice. This listing includes three modular sluice sections, providing the recommended setup for optimal water flow and gold recovery.

Each section is precision 3D printed and designed to be permanently joined together using a high-strength adhesive. Applying a continuous bead of silicone along the internal joints will improve waterproofing and ensure smooth material flow.

Manufactured using durable, UV-resistant PETG, the VortexMat Sluice is lightweight, portable and built to withstand repeated outdoor use.

Features

• Includes 3 modular sluice sections

• Recommended three-section configuration for optimal water placement and gold recovery

• Modular design allows additional sections to be added if desired

• Designed for efficient fine gold and heavy concentrate recovery

• Lightweight, portable and field-ready

• Durable, UV-resistant, water-resistant PETG construction

• Made to order using precision 3D printing

Ideal For

• Gold prospecting

• Fine gold recovery

• Creek and river sluicing

• Processing concentrates

• Hobby prospectors, fossickers and clubs

Assembly Recommendations

• Join the three sections using a high-strength adhesive.

• Apply a continuous bead of silicone sealant along the internal joints for improved waterproofing.
  

Important Information

• This listing is for the 3D printed Gold Sluice only.

• Dark colours are recommended for improved gold visibility during use.

• Adhesive, silicone, sluice matting, hose fittings, pumps, tools, gold and any other accessories shown in images are for demonstration purposes only and are not included unless specifically stated.

• Each Gold Sluice 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.