Metal chips are often stored and transported as loose scrap after machining, but this can increase storage requirements, handling costs, and recycling challenges. Compressing chips into dense briquettes offers an alternative that improves material handling and recycling efficiency. This guide compares both options to help you choose the right approach for your operation.

A reliable cardboard baler can make a noticeable difference in a busy logistics operation. For one last-mile delivery company in Chino, California, the need became clear after an earlier investment in used baling equipment failed to deliver the reliability the operation required. Looking for a more dependable solution, the customer turned to ENERPAT and selected an HBA100-110110 aoto cardboard baler for sale for its facility in Chino. The machine was recently installed and commissioned on site, giving the customer a more stable way to handle the large volume of cardboard generated by its daily logistics operations.

Metal chips generated during CNC machining, turning, milling, drilling, and other metalworking processes often occupy large amounts of storage space and retain cutting fluids that reduce recycling efficiency. Instead of treating loose chips as waste, you can compress them into dense briquettes to improve handling, recover valuable resources, and increase the value of your scrap metal. This guide explains the key benefits of metal chip briquetting, how the process works, and how to determine whether it is the right solution for your machining operation.

In August 2026, the ENERPAT team conducted an on-site technical consultation for a recycling company in Monterrey, Mexico, focusing on two metal recycling applications: aluminum can baling and automotive scrap metal baling. The customer was evaluating new baling equipment and wanted to confirm equipment capacity, bale specifications, feeding methods, weighing accuracy, maintenance requirements and long-term operating reliability before making a final equipment decision. Based on the material characteristics and production requirements discussed on site, ENERPAT evaluated the applications and recommended suitable baling solutions for both aluminum cans and ferrous scrap.

ENERPAT recently conducted an on-site technical consultation for a manufacturing customer in Monterrey, Mexico, focusing on a metal chip recycling and compression solution for CNC machining operations. The customer generates various types of metal chips during machining and is evaluating a more efficient way to collect, compress, store and transport the material. The main focus of the consultation was to evaluate a suitable metal briquetting and baling solution, with particular attention to high-hardness nickel-based alloy chips and the customer's existing material handling process.

Metal chips produced during CNC machining, turning, milling, drilling, and other metalworking processes are often mixed with cutting oil, coolant, or machining fluids. Excess oil can reduce scrap value, increase transportation costs, and make recycling more difficult. Separating oil from metal chips also allows you to recover reusable cutting fluids and improve overall processing efficiency. This guide explains the most effective methods for removing oil from metal chips and helps you choose the right solution based on your chip type and production requirements.

ENERPAT recently conducted an on-site technical consultation for a packaging manufacturer in Irapuato, Guanajuato, Mexico, to evaluate a plastic waste recycling solution for PET-G resin blocks and production offcuts. The customer operates a large manufacturing facility producing shrink sleeve labels and packaging materials. During production, reusable PET-G resin blocks and edge trim are generated. Instead of disposing of these materials and losing recoverable value, the customer is exploring an in-house recycling process to return the material to production.

ENERPAT launches its new scrap car shear, a complete vehicle dismantling solution developed for modern ELV recycling operations. With the increasing demand for efficient scrap vehicle processing, ENERPAT continues to develop advanced recycling equipment that helps customers improve productivity, recover valuable materials and optimize dismantling processes. The new scrap car shear integrates hydraulic cutting technology, flexible excavator operation and intelligent vehicle positioning design, providing a more efficient way to process end-of-life vehicles. ENERPAT is committed to delivering reliable recycling solutions for auto dismantlers, scrap yards and metal recycling companies worldwide. ENERPAT — Advancing Vehicle Recycling Through Intelligent Equipment Solutions