The automatic Short Metal Chip lift Flipping Centralized briquetting system is a system specifically designed for the efficient and safe handling, lifting, and pressing of various short chips (iron chips, copper chips, etc.) into high-density briquettes.

Core Objective
Achieve automated, continuous, and safe handling of metal chips from their point of generation to briquetting, reducing manual labor intensity, improving workshop conditions, and increasing scrap recycling density and value.

Solution Overview: Detailed Subsystem Explanation
The entire system can be divided into several core modules, connected sequentially along the material flow:

>Chip Collection and Preliminary Concentration
Equipment: Drag conveyors, screw conveyors, vacuum chip extraction systems (for dry machining), magnetic conveyors (for ferrous materials).
Solution: Install small conveyors beneath each machine tool or in chip collection trenches to initially gather scattered chips onto a main conveyor line or collection hopper. The focus at this stage is collection and short-distance horizontal conveying.

>Lifting and Tilting System (Key Link)
This is a critical step for elevating loose and potentially tangled chips from a low position (floor level) to a higher position (storage silo or distributor).
Electric Lifting and Tilting System:
Principle: When the metal chip cart is full, the electric lifting and tilting system raises and tilts the entire cart, dumping the material into an upper storage silo.
Advantages: Suitable for large-volume, intermittent handling; powerful; capable of processing mixed materials.

3>Intermediate Storage and Metered Feeding
Equipment: Screw discharge silo.
Solution: Elevated chips first enter an intermediate buffer silo. A screw conveyor at the bottom of the silo provides uniform, controlled, and metered feeding to the briquetting press. This is key to ensuring consistent briquette quality (uniform density). If chips are wet or prone to bridging, the silo should be equipped with vibrating arch-breaking devices or agitators.

4>Metal Chip Briquetting System
Equipment: Metal chip briquetting press.
Type Selection: Horizontal briquetting press – offers high pressure, high briquette density, large output, and high automation integration.
Key Parameters: Nominal pressure (tonnage), briquette size (diameter/square), cycle time per bale. Selection should be based on metal chip type (different pressures required for steel, aluminum, copper) and processing capacity.

5>Automation Control and Safety
Core: Utilizes a PLC control system to interlink all equipment.
Logic: Briquetting press material level low → Activates feeder → Storage silo material level low → Activates lifter → Collection system interlock.
Safety: Each device includes emergency stop, overload protection, material level monitoring, protective covers, and interlock functions.

Solution Features and Advantages

Full Automation: Significantly reduces manual handling and contact, improving efficiency.

Enclosed Process: Markedly improves workshop environment, reducing oil mist, dust, and safety hazards.

Value Enhancement: Briquettes have high density (3-5 times that of loose chips), facilitating transportation and storage, and command a higher selling price (less oxidation, easier remelting).

Flexible Adaptation: Modular design and selection based on workshop space, chip type (ferrous/non-ferrous), moisture content, and production volume.

Implementation Recommendations

Preliminary Analysis: Clarify metal chip type, daily output, moisture content, and presence of tangles (e.g., long turning chips may require pre-crushing).

Space Planning: Consider equipment layout, especially the installation height of the lifter and the discharge direction of the briquetting press.

Supplier Selection: Seek suppliers with experience in integrated metal chip handling lines, as they can provide better-matched equipment and holistic solutions.

Consider Residuals: The briquetting process may exude a small amount of cutting fluid; a collection trough should be designed.

This solution transforms discrete, messy scrap handling into an efficient, clean, and value-adding modern production unit. For detailed design targeting specific metals (e.g., aluminum chips) or specific capacities, further refinement is available.