Low to Medium Production, High Density, Round or rectangular Briquettes
Medium to High Production, High Density, Round Briquettes
High Production, Automatic, Square Briquettes
With our professional experience and extensive testing capabilities in briquetting, our experts will be on hand to offer you support from planning, assembly and commissioning right up to maintenance and servicing. We also offer a free test pressing with the equipment we recommend, you can watch your material processing in person or remotely. When you're ready to start, contact us or request a material test.
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Systems often start with efficient methods for collecting metal chips from various machining stations. This can involve conveyor belts, screw conveyors, pneumatic systems, or even robotic arms.
To reduce the volume of the chips and make them easier to handle and process, they often go through crushers or shredders. This step is particularly important for long, stringy chips.
Machining processes typically use cutting fluids (oils and coolants). A crucial part of the processing system is the extraction and recovery of these fluids. This is usually done through methods like centrifugation, filtration, or thermal processing. Recovered oil and coolant can often be reused, leading to significant cost savings and environmental benefits.
Depending on the application, the chips might need to be cleaned to remove any contaminants or separated based on the type of metal. Magnetic separators can be used to remove ferrous materials, for example.
To further reduce volume and increase the density of the metal chips for easier storage, transportation, and remelting, they can be compressed into briquettes or pucks. This also helps to minimize material loss during the remelting process.
The processed metal chips, recovered fluids, and any separated contaminants need to be efficiently handled and stored before their next use or disposal. This might involve silos, containers, or automated storage systems.
Modern metal chip processing systems often incorporate sophisticated control systems and automation to ensure efficient and reliable operation. This can include sensors, PLCs (Programmable Logic Controllers), and software for monitoring and managing the entire process.
