Select equipment by block type, daily capacity, automation level, power conditions and project scope, not by a generic model number.
Core machine for hollow blocks, solid blocks, pavers and curbstones.
View machine →High-output automatic block machine for industrial production lines.
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Hydraulic forming system for stable density and consistent blocks.
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Machine configurations for common hollow concrete block sizes.
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Cement-sand-aggregate block production with configurable automation.
View machine →Paver and interlocking block production with interchangeable moulds.
View machine →Flexible moulding platform for multiple concrete block products.
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Complete production line covering batching, forming, handling and cubing.
View machine →A practical guide to choosing a block making machine for a Syria project: how to match the machine to your block types and daily output, what drives the price, how power and raw materials are configured, and how installation, training and spare parts are handled.
Explore market →02A regional guide to buying a block making machine in the Middle East: how to match the machine to your product mix and daily output, what drives the price, how power and raw materials are configured, and how shipping, installation and training are handled.
Explore market →03Block making machines for Iraq: how to size the host machine to your daily output, match moulds to hollow blocks, solid bricks and kerb stones, control curing in a hot dry climate, and plan power, raw materials and spare parts. Includes recommended QST models and a full quotation checklist.
Explore market →04Block making machines for Saudi Arabia: how to size a project-scale plant to your output, match moulds to pavers, kerb stones and hollow blocks, control curing in extreme heat, and plan power, shipping, spare parts and a full export quotation.
Explore market →05Block making machines for the UAE: how to configure a plant to cut labour and lift product value, make dense pavers, kerb stones and hollow blocks, cure blocks in humid coastal air, and plan power, shipping, spare parts and a quotation.
Explore market →A block making machine is chosen by the block types you will sell, not by model number alone. Four inputs decide the specification: the block mix and sizes, the daily output you need per shift, the power and space your site can supply, and the automation level your operators can run. A workshop casting hollow blocks for local construction fits a QST8-15 or QST6-15. A growing plant fits the QST1200 or QST1000. A plant serving road, kerb and paver demand fits the QST1800 or QST1500, with batching, curing and cubing sized around it.
Most buying mistakes happen in the first hour. Buyers fix the machine first and the product mix second, then discover that the moulds they need do not match the market they sell into. Work the decision in the opposite order and the specification falls out on its own.
Start with the product mix, because it sets the mould platform and the cycle. Hollow blocks, solid bricks, pavers, interlocks and curbstones each need their own mould and their own cycle setting, and a machine that carries one well may waste capacity on another.
Next, set the daily output target per shift. Capacity is not a single number: it moves with the block size, the mould, the cycle time and how steadily raw material reaches the machine. Then look at the site. Available power, the size of the curing yard and the way you will move pallets often decide more than the press itself.
Automation comes last, and it should be matched to the people who will operate the plant. A semi-automatic machine gives the operator more control and needs more hands. A fully automatic machine with PLC control holds a steadier cycle and cuts the number of people on the line, but it asks for a stable power supply and a team that can maintain it.
The range is built around block size and output rather than around a single catalogue specification. Standard bricks, hollow blocks, pavers and kerbstones share the same host machines and differ mainly in the mould and the cycle.
| Host machine | Machine size (mm) | Pallet (mm) | Vibration force | Rated pressure | Installed power | Cycle | Weight | Standard bricks / 8 h |
|---|---|---|---|---|---|---|---|---|
| QST1800 / QST1500 | 15,500 × 5,500 × 3,200 | 1,400 × 1,400 × 30 | 280 kN | 31.5 MPa | 104 kW | 15–25 s | 34 t | up to 220,000 |
| QST1200 / QST1000 | 11,500 × 4,550 × 2,800 | 1,350 × 880 × 25 | 150 kN | 31.5 MPa | 57.6 kW | 15–25 s | 17 t | up to 120,960 |
| QST8-15 / QST6-15 | 9,800 × 3,600 × 2,800 | 980 × 860 × 22 | 95 kN | 31.5 MPa | 44.9 kW | 15–25 s | 14 t | up to 90,000 |
Output figures are ceilings for standard brick moulds under steady material supply. A larger hollow block or a paver with a heavier cycle brings the figure down, which is normal. What matters is the output for the block you will actually sell.
Two plants with the same machine can differ widely in daily output. The gap comes from conditions around the press rather than from the press itself.
When you set a daily target, work backwards through the factors before choosing a model. A moulding cycle and a block size that suit the market will hold output more reliably than a larger machine run at the edge of its settings.
| Factor | How it moves output |
|---|---|
| Block size and mould | A larger block takes more cavities per cycle and a longer fill, so fewer pieces per cycle |
| Moulding cycle | Shorter cycles raise output, but only if the mix and vibration settings still give a solid, well-formed block |
| Shifts per day | Two or three shifts raise daily output in step, provided curing and handling keep up |
| Raw material supply | Interrupted cement or aggregate delivery stops the plant faster than any machine setting |
| Curing and cubing | If pallets and curing space run out, the press has to wait regardless of its capacity |
There is no single price for a block machine, because two enquiries with the same model often carry very different scope. Six items move the number, and they compound.
Because of that, a quotation is written around your configuration. Send the block types, the daily target and the destination, and the reply can name the machine, the moulds and the support equipment together instead of one figure pulled from a list. Our block making machine price guide breaks the same factors down in more detail.
Get Factory PriceA standalone machine suits a workshop that already handles mixing, curing space and pallet movement. It gets into production with less site work and lets the owner add handling later as volume grows.
A complete line adds batching, mixing, pallet handling, curing and cubing so the plant runs as one process. The QSGW high-level automatic line can be configured for 30,000 to 250,000 pieces per 8-hour shift depending on the host machine, the QSDJ line uses belt-rack curing, and the QSRGY line uses trolley curing with three to four operators.
Which of them fits depends on your daily target and how much material handling you want inside the project scope. The complete block factory page sets the line out stage by stage.
A buyer comparing suppliers is really comparing the clarity of what each one promises. Four items separate a workable quotation from a difficult one.
Ask for the same four items from every supplier and the comparison becomes straightforward. Material specs, cycle settings and the mould drawing should all appear in writing rather than in a call.
Buyers in Syria, Iraq, Jordan, Saudi Arabia, the UAE, Oman, Kuwait, Qatar, Lebanon and Bahrain usually raise the same three questions before ordering: what the power supply needs to be, how long installation takes, and how spare parts reach them.
Electrical configuration is set from the voltage and frequency you give us, since sites differ widely across the region. Installation and training are quoted by destination. Spare parts are planned with the machine so that critical items ship with the first order.
Our Syria market page covers the same decisions in a Syria-specific context, and the for sale guide sets out how to compare configurations.
We match the machine, mould set and line scope to the block you will actually sell. Block type, daily capacity and destination country are enough to start.
Choose block type, daily capacity, automation level and destination. Your enquiry arrives with enough engineering context to quote faster.
Configure My LineA block making machine price is calculated from the moulding host, the moulds, the auxiliary equipment, the automation level and the freight, not taken from a fixed list. This guide shows the factors that move the figure, the machine families behind it, and the checklist to send before you ask for an exact factory price.
Read guide →GuideBuying a block machine for sale is a configuration decision, not a catalogue pick. This guide lists the real machine families, from the compact QST6-15 up to the QST1800 and the pallet-free QSMT range, and shows how to select the right capacity, what is included, and what the buyer carries separately.
Read guide →GuideA concrete block factory setup cost is built from eight investment groups: land, building and yard, machine, moulds, auxiliary equipment, power connection, labour and working capital. This guide shows the structure, the real equipment list, the hidden costs, and the formula for the payback period.
Read guide →Send capacity, block type and country. We return a recommended configuration instead of a generic catalog number.