1) Market Background
In Ecuador, more metalworking plants and machining workshops are paying closer attention to what used to be treated as “secondary material”: metal chips and turnings. When chips are stored loose, they take up space, trap coolant, and become difficult to handle consistently. They also create hidden losses—extra transport trips, messy yards, and inconsistent recycling value. As recycling channels become more quality-sensitive, processors increasingly prefer compact, uniform briquettes that are easier to weigh, stack, and ship.
This is why the outlook for a dedicated scrap briquetting press is strong: it upgrades chip handling from a cleanup task into a repeatable production step. A reliable scrap chips briquetting press machine can reduce yard chaos, improve shipping efficiency, and help stabilize the recycling workflow in a way that is practical for daily operations.
2) Customer & Application Scenario
An Ecuador-based metal processing operation needed to improve how it handled machining chips generated across multiple lines. Key pain points included:
Loose chips occupying too much floor space and creating cluttered storage zones
High “handling friction” when moving chips between bins, forklifts, and outbound loading
Coolant carryover causing messy stacking and unstable loads
Inconsistent outbound form making shipments harder to plan and price
The customer wanted a metal chips briquetter that could produce uniform briquettes quickly, without turning chip management into a labor-heavy process.
3) Our Solution (Workflow + Selection Logic)
Jiangsu Wanshida Hydraulic Machinery Co., Ltd. supplied 1 set Y83-2500 scrap briquetting press with automatic operation, configured to create a stable “chips-in, briquettes-out” rhythm. The selection logic prioritized fast cycle time, stable pressure, and a briquette format that supports clean stacking and predictable shipping. The customer’s workflow became simple and repeatable:
Collect Chips → Feed → Compress → Eject Briquette → Stack/Load.
With this setup, the briquette press serves as a practical station that reduces space usage and turns loose turnings into a consistent product form.
4) Product Specification Table
Item
Specification (Y83-2500 Scrap Briquetting Press)
Front main cylinder
YG340/220-310, 2000 kN, stroke 310 mm, 1 pc
Back main cylinder
YG160/100-310, 500 kN, stroke 310 mm, 1 pc
Pushing cylinder
YG110/63-265, 55 kN, stroke 265 mm, 1 pc
Hydraulic system pressure
25 MPa
Briquette size (D×H)
Ø100 × (50–60) mm
Cycle length
~12 sec (excluding feed time)
Hydraulic pump (1)
CBA1032F, 20 MPa, 32 ml/r, 1 set
Hydraulic pump (2)
80YCY14-1B, 31.5 MPa, 80 ml/r, 1 set
Motor
Y200L2-6, 22 kW, 970 rpm, 1 set
Capacity
~800 kg/h
Machine weight
~5000 kg
5) Customer Feedback
The customer reported three practical improvements. First, chip storage became cleaner and more space-efficient because briquettes replaced loose piles and overflowing bins. Second, internal handling became easier: briquettes could be stacked and moved with fewer spills and fewer “touches.” Third, outbound planning improved—uniform briquettes reduced last-minute reshaping and made loading more predictable.
6) Key Takeaway
This Ecuador project shows how a scrap briquetting press can convert messy, space-consuming chips into uniform briquettes that are easier to store, ship, and recycle—supporting a more controlled daily workflow.
7）FAQ (3)
Q1: What material is best suited for a chip briquetting machine?
Machining chips/turnings that need compacting for cleaner handling and shipping.
Q2: What determines real output stability?
Feeding consistency, chip condition (coolant level), and a steady operating routine.
Q3: How do I choose briquette size?
Select size based on stacking, handling equipment, and downstream recycling preferences.
CTA: Send your chip type + typical chip moisture/coolant level + daily chip volume + preferred briquette size. We’ll recommend the best briquetting configuration and feeding approach.
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