LY4-10 Interlocking Brick Making Machine | Complete Line

Matched Line Integration — The LY4-10 interlocking brick press is specified as the centre of a balanced production line, with upstream batching and downstream curing sized to its 7–10 second moulding cycle so no station sits idle.

Technical Specifications

Application Suitability

What a "7–10 Second Cycle" Actually Means for Your Line

The moulding cycle only holds if every supporting station feeds and clears pallets fast enough to keep the press running.

When a quotation lists a cycle time without naming the block format, mix design, or pallet return speed, the daily output figure that follows is essentially fiction. I have watched interlocking brick lines stall because the mixer could not keep pace with the press, or because pallets were being moved by hand to a curing yard two hundred metres away. The LY4-10 interlocking brick making machine production line must be designed around the specific brick you sell, not a generic catalogue number [NEED_CITE: typical interlocking brick line layout and station cycle balancing].

Sizing the Upstream Feed to the Press Rate

The LY4-10 completes a moulding cycle in 7–10 seconds and produces 4 interlocking bricks per stroke. That cadence demands a mixer discharge rate and a raw material feeder that can sustain a continuous supply of blended mix without surge or starvation. When the mixer batch size is too small or the discharge gate too slow, the press waits and the effective daily output drops noticeably below what the press alone could achieve. Specifying mixer capacity against the press consumption rate, rather than treating each machine independently, is the first step in a balanced interlocking brick making machine production line.

Pallet Flow and the Hidden Curing Bottleneck

Downstream of the press, wet bricks on pallets must travel to a curing area, cure, and return empty pallets to the line. The pallet specification — dimensions, material, and weight — must match both the LY4-10 pallet platform and the forklift or hand cart the buyer already operates. If pallets are the wrong size for the curing racks, workers re-stack by hand and the line backs up [NEED_CITE: pallet handling integration in block production lines]. The LY4-10 automation covers material feeding, pressing, and mould lifting, but pallet movement beyond the press station defines whether the line runs continuously or in batches.

Reading the Numbers That Matter

The 25–32 MPa hydraulic pressure range is the primary variable controlling block density and compressive strength, but pressure alone does not guarantee a saleable brick. The vibration force — which must be confirmed before the machine is built — works in tandem with hydraulic pressure to compact the mix into the interlocking profile. A mix with high clay content requires different pressure and vibration settings than one based on crushed stone and cement, and those settings must be established through test blocks before the line is commissioned. The overall footprint of 2260 × 1500 × 2380 mm sets the minimum spacing between the press, the mixer discharge point, and the pallet return path, which directly shapes the floor plan of the entire interlocking brick making machine production line.

The Cost of Leaving Line Stations to Chance

When supporting equipment is sourced separately or omitted from the quotation entirely, the press arrives on site with no matched mixer, no specified pallets, and no curing rack layout. The buyer then spends weeks sourcing components that may never synchronize with the 7–10 second cycle. Voltage and control language left unconfirmed until arrival can delay commissioning further, especially when local electrical standards differ from the factory default [NEED_CITE: electrical specification mismatches at commissioning]. These gaps do not show up in the machine price, but they appear on the project timeline in full.

Why Specify the Line Through One Source

The LY4-10 is configured against the buyer’s actual mix design and local aggregate, not a default catalogue setting, so hydraulic pressure and vibration parameters are matched before the machine ships. Mould design covers the interlocking formats the buyer’s market actually sells, with custom drawings available for non-standard profiles. Pallet size, material, and handling method are selected with the buyer’s existing curing area and forklift in mind. Automation level is selectable, allowing a plant to begin with semi-automatic pallet handling and add stacking later. The line layout and capacity calculation state the assumed block format, so the output figure in the proposal is honest from the start.

Documentation & Verification

• Line layout drawing with capacity calculation stating the interlocking brick format assumed
• Machine specification sheet confirming hydraulic pressure, vibration, and pallet dimensions
• Voltage, frequency, and PLC language confirmation record signed before production
• Factory test record using the buyer’s submitted mix design and target block format
• Mould drawing and format list with changeover procedure notes
• Packing photographs and customs documentation support for the full line shipment

Installation, Commissioning & Support

• Foundation plan sized to the 2260 × 1500 mm footprint and 1500 kg operating weight
• Dedicated circuit layout for the 11 kW rated power at confirmed local voltage and frequency
• Assembly state confirmation — assembled or SKD — matched to site access and overhead crane availability
• First-run commissioning with test blocks in the buyer’s mix to verify hydraulic and vibration settings
• Operator training covering mould change procedure, daily lubrication, and pallet handling sequence
• Wear parts and hydraulic seal list provided at dispatch with recommended reorder intervals

What to Share Before Quoting the Full Line

To size the supporting stations correctly, I need to know the specific interlocking brick profile your market demands, the daily output target, and the raw materials available locally — especially the clay-to-sand ratio, which changes how the press must be tuned. Share your workshop dimensions, existing forklift capacity, and local voltage and frequency so the line layout and electrical package match the site from day one. If you already run other block formats, let me know which stations you want to reuse and where the LY4-10 interlocking brick making machine production line will connect.

Frequently Asked Questions

Q: How is daily output calculated for the LY4-10, and which block format is that figure based on?
A: Daily output depends on the specific interlocking brick profile, the mix design, and the pallet return speed. The 7–10 second cycle applies to one moulding stroke producing 4 pieces, but the format assumed must be stated in the capacity calculation. A line proposal should show output for your exact brick, not a generic number.

Q: What supporting equipment is needed to keep the LY4-10 running without idle time?
A: A mixer matched to the press consumption rate, a raw material feeder, a pallet feeder, and a curing rack system that returns pallets within the moulding cycle. Each station’s throughput must equal or exceed the press cadence so the LY4-10 never waits for mix or empty pallets.

Q: How do I confirm voltage, frequency, and control language before the line ships?
A: These parameters are confirmed in writing during the proposal stage and locked into the production order. The specification sheet and a signed confirmation record document the agreed voltage, frequency, and HMI language so there are no surprises at commissioning.

Q: What pallet size and material does the line require, and will it work with my existing curing area?
A: Pallet dimensions are chosen to match the LY4-10 platform, the interlocking brick profile, and the buyer’s curing rack spacing and forklift capacity. The pallet specification is included in the line proposal so compatibility is verified before the equipment is built.