Small Crushing Plant Setup: Maximize Efficiency & Minimize Costs
Struggling with High Operational Costs or Limited Space?
Setting up a traditional crushing plant often means hefty upfront investments, complex logistics, and excessive energy consumption. But what if you could deploy a compact, high-performance crushing solution tailored for small-scale operations—without sacrificing productivity?
Our modular small crushing plant delivers industry-leading efficiency in a space-saving design, ideal for contractors, quarries, and mineral processors who need agile, cost-effective crushing capabilities.
What Makes Our Small Crushing Plant Unique?
Unlike bulky stationary setups, our pre-engineered crushing plant integrates jaw/cone crushers, vibrating screens, and conveyors into a single streamlined system. Key advantages include:
✅ Modular Design – Quick assembly/disassembly for relocation or expansion.
✅ Low Energy Consumption – Optimized motors reduce power costs by up to 30%.
✅ Smart Automation – PLC-controlled processes minimize manual intervention.
✅ Durable Construction – High-wear components withstand abrasive materials (granite, basalt, iron ore).
Workflow Overview:
- Primary Crushing: Jaw crusher reduces raw material to ≤150mm.
- Secondary Screening: Vibrating screen separates fines for bypass or further processing.
- Tertiary Crushing (Optional): Cone crusher refines output to ≤20mm for precision applications.
How Does It Compare to Conventional Plants?
| Feature | Our Small Crushing Plant | Traditional Stationary Plant |
|---|---|---|
| Setup Time | 2–3 days | 4+ weeks |
| Footprint | 40% smaller | Large permanent foundation |
| Mobility | Skid-mounted or trailer | Fixed installation |
| Energy Efficiency | 25–30% lower kWh/ton | Higher baseline consumption |
Technical Specifications:
- Capacity: 30–150 TPH (configurable)
- Power Requirement: 50–150 kW (depending on model)
- Max Feed Size: ≤400mm (primary stage)
- Output Sizes: 5–50mm (adjustable via hydraulic settings)
- Materials Handled: Aggregates, ores, construction waste
Where Is This Solution Deployed?
Case Study: Quarry Operator Reduces Downtime by 60%
A mid-sized limestone quarry switched from a dated stationary plant to our modular system. Results:
- ✔️ Production increased from 80 TPH to 120 TPH with the same crew size.
- ✔️ Fuel and maintenance costs dropped by $15K/month.
Ideal Applications:
- Small mines requiring scalable infrastructure.
- Urban construction projects with space constraints.
- Recycling facilities processing concrete/asphalt debris.
Pricing & Financing Options
Our small crushing plants start at [price range]—significantly lower than full-scale setups—with flexible options:
🔹 Outright purchase with volume discounts
🔹 Lease-to-own agreements (24–36 months)
🔹 Tailored OPEX models (pay-per-ton arrangements) .jpg)
Frequently Asked Questions (FAQ)
Q: How quickly can the plant be operational after delivery?
A: Most units are pre-tested and commissioned within 72 hours of arrival.
Q: Can it integrate with existing equipment?
A: Yes—conveyors and screening units can be synchronized with your current setup.
Q: What’s the expected lifespan of wear parts?
A: Manganese jaws/cones last 6–12 months under normal use; we offer bulk purchase discounts for replacements. .jpg)
Q: Is remote monitoring supported?
A: Optional IoT sensors provide real-time throughput data and predictive maintenance alerts.
Upgrade Your Crushing Operation Without Overcapitalizing
Whether you’re expanding incrementally or launching a new site, our small crushing plants balance performance and affordability—proven in rugged industries worldwide. [Call-to-action placeholder]