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Shaping Vertical Crusher 610t/H - 700t/H Industrial Crusher Machine
shaping vertical crusher
,vertical crusher 610t/h
,700t/h industrial crusher machine
XY VSI Crusher Modular Hammer Head Replace Worn Section Only for Sand Making and Shaping
A Numbers-First Look at What This Machine Delivers
Specifications tell one story. Operating costs tell another. The XY Vertical Shaft Impact Crusher focuses on the numbers that actually impact your profit per ton.
Four Operating Modes
Rock-on-Rock. Rock-on-Iron. Center feed. Cascading feed. Any combination of these four configurations is available without disassembling the distribution cone. A dual-purpose distributor disk handles the switch. No tools. No delays. No lost production hours.
Traditional VSI crushers require mechanical disassembly to change from center feed to cascading feed. The XY VSI does not. This single design difference saves operators hours every week.
Thirty Percent Higher Throughput
The deep-cavity impeller underwent hydrodynamic analysis to eliminate unnecessary resistance. Discharge ports use smooth curves instead of sharp angles. Internal flow passages follow natural material trajectories rather than forcing directional changes.
Less resistance means more material moves through the crushing chamber per hour. Field data confirms a 30 percent increase in throughput compared to conventional designs.
For producers targeting 0-6 millimeter sand fractions, efficiency reaches 40 to 45 percent. More fine sand from the same motor power. Lower energy cost per ton.
Forty-Eight Percent Longer Impact Block Life
Each impact block consists of two symmetrical halves. The lower half takes the majority of wear during normal operation. When it wears down, the block flips. The worn half moves to the protected upper position. The fresh half takes over.
This is not a material change. It is not a coating upgrade. It is a geometric decision that delivers 48 percent longer service life without increasing purchase cost.
Thirty Percent Lower Operating Cost from the Hammer Head
The hammer head follows modular design principles. Only the worn section requires replacement. The rest of the component stays in service. Operating costs drop by more than 30 percent compared to replacing entire hammer heads.
Diamond-shaped impact blocks fit more compactly and stably than rectangular alternatives. They protect vertical plates from impact and abrasion damage while maintaining efficient crushing action.
Double Bearing Life
The bearing housing features a completely new sealing structure. Dust cannot penetrate. Oil cannot leak from the lower bearing cap. Top-brand bearings operate in clean, lubricated conditions.
Service life doubles. Unplanned stops decrease. Repair budgets go further.
Smoother Operation from Balanced Loading
Dual motors drive the rotor. Automatic thin oil lubrication maintains consistent film thickness. The main shaft experiences uniform radial loading because power delivery stays balanced.
Vibration decreases. Operation smooths out. The hopper, maintenance platform, and motor mounts have all been optimized for safer access and easier adjustment.
No Daily Oil Refilling
The air-cooled thin-oil lubrication system connects to a PLC controller. Sensors track feed volume, motor current, oil temperature, and main shaft temperature continuously. The system responds automatically to shortages or temperature deviations.
Daily shutdowns for manual oil refilling disappear. No more forgotten checks. No more inconsistent lubrication across shift changes. Real-time monitoring puts critical data in front of operators. Protection functions run without human intervention.
Ultra-Hard Material Capability
For granite, basalt, and other hard stone, the Rock-on-Rock mode delivers the lowest possible wear parts consumption. The material crushes against itself. Metal surfaces see minimal contact. Operating costs stay low even under the most demanding conditions.
The Bottom Line Numbers
Four modes. Thirty percent higher throughput. Forty-eight percent longer impact block life. Thirty percent lower hammer head cost. Double bearing life. No daily oil refilling.
The XY Vertical Shaft Impact Crusher delivers measurable improvements to every operating metric that matters.
| Model | Maximum Feed Size(mm) | Impeller Speed(rpm) | Reference weight(t) | Motor Power | Capacity(t/h) | |
|---|---|---|---|---|---|---|
| Sand Making | Shaping | |||||
| XY-12000 | 50 | 1500-1750 | 31 | 400*2 | 190-280 | 610-700 |
Q: What is the primary use of the XY High-Efficiency VSI Crusher?
A: It is a next-generation sand making and shaping machine. It is designed for two main applications: Sand Making (producing manufactured sand from stone) and Shaping (improving the particle shape of aggregates to make them more cubic and suitable for high-quality concrete).
Q: How does the Rock-on-Rock mode differ from Rock-on-Iron mode?
A:Rock-on-Rock: Material is crushed by impact against a "bed" of accumulated material in the crushing chamber. This is ideal for medium-hard to hard stone and offers the lowest wear parts cost.Rock-on-Iron: Material is crushed by impact against anvils (iron liners) mounted in the chamber. This provides a higher crushing force and is better for softer materials or when a higher sand output ratio is required, though it comes with higher wear part consumption.
Q: How does the machine achieve "Excellent Particle Shape"?
A: The unique rotor structure, combined with optimized crushing speed and the deep-cavity impeller design, ensures that materials are accelerated and impacted in a way that produces more cubic and uniform particles, significantly reducing flaky and elongated aggregates.
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