Customer-centric design

Our approach is customer-focused and technology-driven. We begin with a detailed review of your current situation and challenges to ensure that each wear part is optimised to the unique requirements of your specific application. This bespoke approach, coupled with a customised material selection aligned with the existing production conditions, is the cornerstone of our commitment to maximising service life, minimising downtime, and ultimately increasing operational efficiency.

Less waste, less downtime, less impact

Choosing longer-lasting, better performing mining consumables not only supports your ambition to optimise overall crusher efficiency, but also creates a positive action for the environment. When wear parts last longer, the asset creates less waste and  the consumption of new materials and the environmental burden of their manufacture is reduced.

Safer shutdowns

Safety is also an important consideration when choosing crusher wear parts. By extending wear life, downtime is reduced, and safety outcomes improve. Plus, specialist maintenance tools make it possible to perform maintenance without putting personnel into the crusher, reducing risk and enabling you to achieve up to 75% less downtime.

Want to talk? Reach out to our experts.

Contact Us

Frequently asked questions

FAQs for precious metals recovery equipment

Following initial crushing and grinding of the ore, precious metals are recovered via a combination of processes that liberate the metal from the surrounding rock and allow its recovery. These processes may include gravity concentration, flotation, or cyanidation (leaching), carbon ADR systems, electrowinning, and Merrill Crowe systems. Recovered metals are often further refined to achieve the desired purity.

Precious metals are recovered from electronic waste (e-waste) using several methods designed to extract valuable metals from discarded electronic items. Common techniques include shredding and sorting of the e-waste into ferrous and non-ferrous metals, and other materials; pyrometallurgical or hydrometallurgical processes to separate the metals; and flash joule heating, which rapidly heats e-waste to vaporise metals for collection through condensation.

FLS offers a comprehensive range of equipment and processes for the recovery of precious metals, including complete carbon ADR and Merrill Crowe systems, cyanide leach, precious metals electrowinning and refining equipment, carbon regeneration kilns, mercury retort and abatement systems, and gravity concentration and intensive cyanidation systems. Our product portfolio is built on a heritage of industry pioneers, including AuTec, Dawson Metallurgical, Knelson Technologies, Ludowici, and Summit Valley Equipment & Engineering.