Description
Honest Capacity by Format — every QMY6-25 output figure we quote is tied to a named block size and your local aggregate, not a catalogue peak.
Technical Specifications
| Parameter | Value |
|---|---|
| Model | QMY6-25 |
| Product Type | Mobile Egg Laying Block Making Machine |
| Molding Capacity | 6 pcs/mold (basis not stated in source — confirm block format and material) |
| Hydraulic Pressure | 16 MPa |
| Vibration Form | Mold Vibration |
| Molding Cycle | 20 s – 25 s (basis not stated in source — depends on format and mix) |
| Turning Method | Hydraulic |
| Total Power | 9.6 kW |
| Total Mass | 2.5 Tons |
| Pallet Requirement | None (egg laying type) |
| Mixer Options | JS500 twin-shaft, Pan mixer JQ500 or JQ750 |
| Optional Equipment | PLD800 batching machine, cement silo, screw conveyor, loading machine |
| Voltage | Configurable to buyer requirement |
Application Suitability
| Application | Material or Output |
|---|---|
| On-site hollow block production | Crushed stone, sand, cement blends |
| Large solid block manufacturing | Dense aggregate mixes with 16 MPa compaction |
| Remote housing project supply | Local river sand or volcanic scoria where available |
| Contractor self-supply yards | Standard concrete mixes with JS500 twin-shaft blending |
| First plant entrepreneur setups | Low-capital entry with pan mixer option |
Why "Two Thousand Blocks a Day" Means Nothing Without the Format
Capacity only matters once you name the block.
I have watched buyers sign for a mobile egg laying block machine expecting a daily figure that turned out to assume a small solid brick, only to find their market actually demands 200 mm hollow blocks that cut real output nearly in half. The QMY6-25 molding cycle is listed as 20 to 25 seconds, but that window shifts once you change format, adjust feed time for sticky volcanic aggregate, or add a face-mix layer. Every Mobile Egg Laying Block Machine specifications sheet we issue states the assumed block dimensions beside each throughput number so there is no surprise on the first production day [NEED_CITE: common misquotation of block machine cycle times in export catalogues].
Matching the Mix Before Matching the Machine
Local aggregate drives everything on this platform. A river-sand mix flows fast through the hopper and fills the mold cavity in a single pass, while lightweight scoria or crusher dust needs longer vibration and sometimes a different feeder gate setting. We ask for your material source before finalising the QMY6-25 configuration so the 16 MPa hydraulic pressure is paired with the correct vibration duration. Mobile Egg Laying Block Machine specifications mean little when the press is fighting the wrong raw material.
What Egg Laying Really Demands From Your Site
Because the QMY6-25 lays blocks directly on the ground, the curing area becomes part of the production line. You need a level, compacted surface roughly equal to one day’s output spread out, plus a water source for curing. The turning method is hydraulic, so the machine pivots cleanly after each cycle without dragging a half-set block. Plan the site layout so the JS500 mixer sits within a short dump-truck run; every extra meter of travel is cycle time lost [NEED_CITE: ground preparation standards for mobile block production].
Reading the Numbers That Actually Matter
The 9.6 kW total power rating covers the hydraulic pump and vibration motor together. At 16 MPa system pressure the cylinders deliver enough force for dense hollow blocks, yet the power draw stays within a standard 30 A three-phase supply, keeping generator sizing straightforward on remote sites. Mold vibration rather than table vibration concentrates energy inside the cavity, which suits the egg laying method where no pallet dampens the wave. The 2.5-ton mass gives the frame enough inertia to resist walking across the ground during vibration, though you still need to check wheel chocks after every mold change. Molding cycle figures between 20 and 25 seconds assume a standard hollow block; larger formats or a stiffer mix push the upper end of that band.
The Cost of Ignoring the Voltage Question Early
We once shipped a machine to a 415 V / 50 Hz market only to discover the site generator delivered 380 V / 60 Hz. The hydraulic pump overheated within a week and the vibration motor ran out of torque. Confirming voltage, frequency and control-panel labeling before production avoids a rewrite of the electrical cabinet and a delayed commissioning. Every Mobile Egg Laying Block Machine specifications pack we send includes a signed voltage confirmation sheet [NEED_CITE: voltage and frequency standards by export market].
Why Sourcing the Press Alone Is Not Enough
- Block machinery is our single focus, so the QMY6-25, its mold, mixer and handling gear arrive as one matched set rather than a collection of separate purchases.
- Configuration is built around your mix design and target block dimensions, not a default line from a brochure.
- Custom mold drawings cover the exact formats your market sells, with cycle times recalculated for each new cavity.
- You can start with the basic host machine and JS500 mixer, then add a PLD800 batcher or cement silo when demand grows, keeping the same QMY6-25 frame.
- Installation support includes operator training on mold change, vibration timing and hydraulic turning so your crew is independent before we leave site.
Documentation & Verification
- Line layout showing curing area sized for your chosen block format
- Machine specification sheet with confirmed voltage and control language
- Mold drawing and full format list with per-mold cycle times
- Factory test record run on your specified mix design
- Hydraulic and electrical schematic for local maintenance teams
Installation, Commissioning & Support
- Level compacted ground strip at least 40 meters long for the QMY6-25 curing run
- Dedicated three-phase circuit rated for the 9.6 kW total draw plus mixer inrush
- Machine arrives on one flat-rack; hydraulic hoses and hopper bolt on at site
- First-day commissioning covers vibration timing and feed-gate tuning for your aggregate
- Operator walk-through on mold change, hydraulic turning and daily greasing points
- Wear-parts list identifies hydraulic seals and mold liner plates for local reorder
What We Need From You Before Quoting
Send us the exact block dimensions your market moves fastest, the daily volume you plan to sustain, and a sample or lab report of your local aggregate. Tell us your site voltage and whether the control panel needs labeling in a specific language. If you already own a mixer or loader, share the model so we can size the hopper feed height accordingly.
Frequently Asked Questions
Q: How is daily output calculated for the QMY6-25?
A: We take the molding cycle for your specific block format, multiply by realistic operating hours, and deduct mold-change and mixer-loading pauses. Every quotation states the assumed block dimensions next to the throughput figure so you can verify the math before ordering.
Q: Can the machine handle lightweight volcanic aggregate?
A: Yes, but vibration time and feeder gate settings must be adjusted. We ask for a material sample or lab gradation report, then tune the cycle so the 16 MPa pressure produces consistent density without crushing fragile particles.
Q: What curing area does the egg laying system require?
A: You need a level, compacted surface large enough to hold one full day’s production spread flat, plus space for watering. Because no pallets are used, the ground itself is the curing rack, so plan drainage and shade before commissioning.
Q: How long does a mold change take on this machine?
A: The hydraulic turning method lets one operator swap cavity plates without a crane. Actual change time depends on the number of bolts in your specific mold set, which we list on the format drawing issued with every quotation.
Q: Which mixer should I pair with the QMY6-25?
A: The JS500 twin-shaft suits dense aggregate blends and higher daily volumes. For lighter mixes or lower budgets the JQ500 or JQ750 pan mixer works well. We match the choice to your target format and raw material.
