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In modern manufacturing, one challenge remains the same across industries: how to efficiently deal with aluminum chips, shavings, turnings, borings, and swarf generated in daily production. These by-products not only take up valuable workshop space but also contain cutting fluids that can pollute th

Iron scrap is one of the most common by-products across industries worldwide. From automotive manufacturing to electronics, furniture, and construction, iron waste appears in countless forms: small chips, offcuts, sheets, pipes, rods, or even heavy melting scrap. Managing this material is not just a

In today’s recycling and manufacturing industries, copper scrap is everywhere. From electrical wires and copper foils to machine turnings and copper rods, every sector that processes or uses copper materials eventually generates waste. The challenge? Copper scrap is often bulky, irregular in shape,

The Challenge of Scrap Steel RecyclingNo matter the size of your recycling operation, you’ve likely faced the same problem: scrap steel comes in all shapes and forms. Small and loose items like turnings, chips, or stamping scrap take up a huge amount of space but have very little weight. On the othe

Aluminium recycling companies face a common problem: aluminium scrap comes in many forms—aluminium cans, aluminium borings, aluminium turnings, aluminium chips, aluminium shavings, aluminium swarfs, aluminium flakes, fine aluminum burr, flash aluminum, aluminum foil, stamping scrap aluminum, punchin

Efficient waste management is critical for businesses, especially those that generate large quantities of waste, such as metal shavings from manufacturing processes.

As industries across the globe seek more efficient and sustainable waste management solutions, compacting technology plays an essential role.

Efficient waste management is a priority in industries that produce large amounts of metal shavings during manufacturing processes.