Aluminium turnings—also called aluminium swarf or machining chips—are long, curled or spring-like residues produced during turning, milling and drilling. Their low bulk density and tangled form make loose material difficult to store, feed and transport. DILOYA baling and briquetting systems compact the turnings into controlled packages for efficient handling, fluid recovery and remelting.
1. Effect After Baling or Briquetting:
2. Why Baling or Briquetting Aluminium Turnings?
Loose aluminium turnings occupy considerable space and may retain cutting oil, coolant or moisture. Hydraulic compaction reduces their volume and converts an irregular material into stable bales or briquettes, creating practical operational and economic advantages:
Reduce material volume: dense packages require less storage space and lower transport frequency.
Recover cutting fluids: compression separates residual oil or coolant for collection, reuse or treatment.
Improve furnace feeding: uniform packages are easier to handle, weigh and charge than loose turnings.
Reduce oxidation and metal loss: compact material has less exposed surface area and is less likely to scatter.
Increase scrap value: clean, consistent bales or briquettes are easier for recyclers and foundries to process.
Improve workplace conditions: controlled collection reduces loose chips, fluid leakage and production-area clutter.
3. Baling or Briquetting: Which Process Is Suitable?
Baling is normally selected for rapid volume reduction and economical handling of long, tangled or mixed turnings. It produces larger packages and can be suitable for scrap yards, machining workshops and centralized collection systems.
Briquetting applies higher pressure to produce smaller, denser and more uniform blocks. It is often preferred when the priorities are cutting-fluid recovery, direct furnace feeding, reduced oxidation and a consistent remelting process.
The correct solution depends on the chip geometry, alloy mix, fluid content, required throughput, package specification and downstream handling method.
4. How Does an Aluminium Turnings Compaction System Work?
Material collection
Turnings are collected from machining lines and transferred to a central hopper or storage system.
Pre-processing
Long, tangled chips can be crushed into shorter pieces. Screens or separators may remove oversized material and ferrous contaminants.
Controlled feeding
A conveyor, screw feeder or dosing device delivers a stable flow of material into the compression chamber.
Pre-compaction
Loose turnings are distributed and compressed to improve filling consistency and reduce material bridging.
Hydraulic compression
The press applies controlled pressure to form a dense bale or briquette.
Fluid separation
Residual coolant, cutting oil or water is squeezed from the material and directed to a collection system.
Automatic discharge
The finished package is discharged for storage, transport or direct furnace feeding.
5. What Do Our Engineers Evaluate?
A reliable equipment recommendation requires more than a target capacity. DILOYA engineers evaluate:
turning length, shape, alloy type and contamination level;
bulk density, moisture, cutting-oil and coolant content;
hourly or daily processing volume and feeding continuity;
required bale or briquette dimensions and target density;
manual, semi-automatic or fully automatic operation;
available floor space, installation height and material-flow direction;
local voltage, environmental requirements and downstream furnace conditions.
6. How to Choose a Suitable Machine for Aluminium Turnings?
Start with representative material photos or samples and define the required hourly or daily output. For long, tangled turnings, a crusher or controlled feeding system may be necessary before compaction. Materials containing significant cutting fluid may require an integrated drainage and recovery arrangement. The final selection should balance package density, production stability, energy use, maintenance access and the requirements of the receiving recycler or foundry.
Send DILOYA your material condition, capacity target, desired package size, available installation space and local voltage. Our team will recommend the press structure, hydraulic system, feeding method, controls and auxiliary equipment for your application.
