1. PLC Intelligent Control & High‑performance Hydraulic System for Stable, Precise Full‑cycle Operation
Equipped with mature PLC intelligent control, the QT5‑15 brick making machine achieves full‑automated workflows covering feeding, material distribution, vibration molding, hydraulic pressing and brick discharging. The human‑machine touch‑screen interface enables operators to intuitively set and adjust key production parameters including molding time, vibration frequency and hydraulic pressure. Built‑in intelligent logic programs automatically correct operating deviations to avoid manual mistakes and guarantee consistent batch quality for hollow bricks and paving bricks. Automatic fault detection and early‑warning functions quickly locate equipment anomalies, cut downtime and enhance overall production continuity.
Supported by professional PLC‑governed hydraulic pump assembly, the unit supplies even and reliable hydraulic power for brick pressing and forming. Optimized hydraulic circuit effectively avoids common failures such as pressure fluctuation and oil leakage found on conventional brick machines. Hydraulic output can perfectly match vibration‑forming procedures, coordinating pressure compaction and high‑frequency vibration so that brick material fills mold cavities evenly and improves finished‑brick compactness and surface flatness. Premium hydraulic pumps and matching accessories feature outstanding pressure‑resistance and fatigue‑resistance, sustaining steady power output under prolonged heavy‑duty continuous operation and extending total machine service life.
2. Optimized Platform Vibration Molding System for Reliable High‑quality Finished Bricks
Built around platform‑vibration forming principle, this machine is fitted with heavy‑duty integrated vibration assembly and high‑efficiency vibration motors, offering max exciting force up to 60 kN, vibration acceleration 15‑20 g and adjustable vibration frequency ranging from 2800 to 4500 rpm. Under combined PLC‑regulated hydraulic pressure stabilization and high‑frequency vibration, air bubbles inside mixed feedstock (cement, sand, crushed stone and industrial waste) are fully expelled. Concrete materials are tightly compacted to produce hollow bricks and paving bricks with dense inner texture, uniform density, high compressive strength, good frost resistance and wear resistance, fully satisfying construction requirements for municipal roads, residential buildings and infrastructure projects.
Vibration duration, frequency and amplitude can be independently fine‑tuned through the PLC system according to raw‑material proportions, aggregate sizes and target brick types. Molding cycle remains stably controlled within 15‑20 seconds. Users may select low‑frequency moderate‑vibration parameters for lightweight hollow bricks to prevent over‑compression and material waste; for load‑bearing paving bricks, high‑frequency long‑time vibration mode can be activated to secure product firmness and durability. Accurate parameter matching raises finished‑product qualification rate, lowers raw‑material loss and improves overall production economic returns.
3. Broad Raw‑material Compatibility & Energy‑saving Clean Production for Lower Operating Cost
The PLC‑hydraulic driven vibratory brick machine shows exceptional raw‑material flexibility. Besides ordinary cement, natural sand and crushed stone, it can make full use of various industrial and construction solid wastes including fly ash, cinder, slag, coal gangue, gravel and expanded perlite as production feedstock. Large‑volume industrial waste replaces natural aggregates and greatly reduces customers’ raw‑material procurement expenses. Its waste‑recycling‑oriented production complies with environmental‑protection regulations widely adopted in Africa, the Middle East, Central Asia and Southeast Asia, helping factories pass local environmental assessments and obtain green‑production qualification smoothly.
Combining intelligent PLC management and high‑efficiency vibration forming achieves precise energy regulation. The equipment only outputs power matching real‑time production demand, eliminating ineffective energy loss existing on traditional mechanical brick machines. Entire production runs in closed dust‑free status with low noise and zero pollutant discharge, conforming to global eco‑friendly manufacturing standards and supporting customers to build standardized green brick‑making facilities.
4. Quick‑interchangeable Molds for Multi‑product Manufacturing with Optimized Mechanical Structure
Standardized quick‑change mold structure removes single‑product limitations. By swapping customized molds, the QT5‑15 mass‑produces varied concrete products: hollow blocks, solid bricks, paving bricks, interlocking road bricks, slope‑protection bricks, grass‑planting bricks, curbstones and landscape bricks. Benefiting from stable coordination between PLC hydraulic power and vibration system, all brick variants maintain stable quality and uniform specifications. Customers do not need to invest in multiple separate machines, which greatly cuts upfront capital expenditure and strengthens product market competitiveness.
Mold installation framework is optimized and works together with PLC one‑click parameter reset function. After mold replacement, the equipment rapidly recalls corresponding vibration frequency and hydraulic pressure settings via control system without complicated manual debugging. High‑rigidity, wear‑resistant molds withstand long‑term high‑frequency vibration production and keep consistent finished‑brick dimensions batch by batch.
The machine features well‑planned heavy‑duty layout; overall dimension 7310×2600×2890 mm and total weight 5000 kg. Main frame adopts high‑strength thick steel‑plate welding plus integral stress‑relief treatment. It delivers excellent anti‑vibration fatigue and anti‑deformation performance. Structural integrity stays intact under round‑the‑clock high‑frequency vibration and hydraulic loading, adapting to harsh workshop conditions of high temperature, heavy dust and heavy load. Total installed power reaches 32 kW with well‑balanced power distribution. The PLC system precisely governs running power of hydraulic pumps and vibration motors to realize low‑energy‑consumption high‑efficiency operation. Core components such as hydraulic pumps, oil cylinders and solenoid valves are premium‑grade parts; standardized wearing parts are easy to source and replace, lowering overall equipment failure risk and prolonging service life.
5. User‑friendly Operation & Low‑maintenance Design Tailored for Overseas Projects
Driven by full‑automatic PLC control, operational workflows are highly streamlined. All production phases are intelligently managed; operators only set parameters on touch‑screen to realize unmanned automatic running. New staff can grasp operational skills after simple training, effectively lowering worker‑skill threshold and long‑term labour cost for brick plants.
Modular component layout makes internal structure clear‑cut. Wearing consumables including vibration rubber cushions and scrapers are universal standard parts, convenient for overseas buyers to purchase and replace locally. Built‑in PLC fault self‑diagnosis quickly pinpoints abnormalities and shortens maintenance hours. We supply long‑term online technical support and spare‑parts supply service for worldwide clients to resolve after‑sales maintenance concerns.
6. Reliable Production Capacity to Deliver Sustained Economic Benefits
Benefiting from both precise PLC control and high‑efficiency vibration forming, the machine realizes fast molding speed with single forming cycle of merely 15‑20 seconds. Working with standard 1100×570 mm pallets, feeding, molding and brick‑discharging proceed smoothly and efficiently to enable continuous mass‑scale manufacturing. Dependable high output fully satisfies production demands of medium‑size brick factories. While guaranteeing premium finished‑brick quality, it significantly lifts production efficiency, shortens manufacturing cycles and generates steady long‑term economic profits for investors.
1. PLC Intelligent Control & High‑performance Hydraulic System for Stable, Precise Full‑cycle Operation
Equipped with mature PLC intelligent control, the QT5‑15 brick making machine achieves full‑automated workflows covering feeding, material distribution, vibration molding, hydraulic pressing and brick discharging. The human‑machine touch‑screen interface enables operators to intuitively set and adjust key production parameters including molding time, vibration frequency and hydraulic pressure. Built‑in intelligent logic programs automatically correct operating deviations to avoid manual mistakes and guarantee consistent batch quality for hollow bricks and paving bricks. Automatic fault detection and early‑warning functions quickly locate equipment anomalies, cut downtime and enhance overall production continuity.
Supported by professional PLC‑governed hydraulic pump assembly, the unit supplies even and reliable hydraulic power for brick pressing and forming. Optimized hydraulic circuit effectively avoids common failures such as pressure fluctuation and oil leakage found on conventional brick machines. Hydraulic output can perfectly match vibration‑forming procedures, coordinating pressure compaction and high‑frequency vibration so that brick material fills mold cavities evenly and improves finished‑brick compactness and surface flatness. Premium hydraulic pumps and matching accessories feature outstanding pressure‑resistance and fatigue‑resistance, sustaining steady power output under prolonged heavy‑duty continuous operation and extending total machine service life.
2. Optimized Platform Vibration Molding System for Reliable High‑quality Finished Bricks
Built around platform‑vibration forming principle, this machine is fitted with heavy‑duty integrated vibration assembly and high‑efficiency vibration motors, offering max exciting force up to 60 kN, vibration acceleration 15‑20 g and adjustable vibration frequency ranging from 2800 to 4500 rpm. Under combined PLC‑regulated hydraulic pressure stabilization and high‑frequency vibration, air bubbles inside mixed feedstock (cement, sand, crushed stone and industrial waste) are fully expelled. Concrete materials are tightly compacted to produce hollow bricks and paving bricks with dense inner texture, uniform density, high compressive strength, good frost resistance and wear resistance, fully satisfying construction requirements for municipal roads, residential buildings and infrastructure projects.
Vibration duration, frequency and amplitude can be independently fine‑tuned through the PLC system according to raw‑material proportions, aggregate sizes and target brick types. Molding cycle remains stably controlled within 15‑20 seconds. Users may select low‑frequency moderate‑vibration parameters for lightweight hollow bricks to prevent over‑compression and material waste; for load‑bearing paving bricks, high‑frequency long‑time vibration mode can be activated to secure product firmness and durability. Accurate parameter matching raises finished‑product qualification rate, lowers raw‑material loss and improves overall production economic returns.
3. Broad Raw‑material Compatibility & Energy‑saving Clean Production for Lower Operating Cost
The PLC‑hydraulic driven vibratory brick machine shows exceptional raw‑material flexibility. Besides ordinary cement, natural sand and crushed stone, it can make full use of various industrial and construction solid wastes including fly ash, cinder, slag, coal gangue, gravel and expanded perlite as production feedstock. Large‑volume industrial waste replaces natural aggregates and greatly reduces customers’ raw‑material procurement expenses. Its waste‑recycling‑oriented production complies with environmental‑protection regulations widely adopted in Africa, the Middle East, Central Asia and Southeast Asia, helping factories pass local environmental assessments and obtain green‑production qualification smoothly.
Combining intelligent PLC management and high‑efficiency vibration forming achieves precise energy regulation. The equipment only outputs power matching real‑time production demand, eliminating ineffective energy loss existing on traditional mechanical brick machines. Entire production runs in closed dust‑free status with low noise and zero pollutant discharge, conforming to global eco‑friendly manufacturing standards and supporting customers to build standardized green brick‑making facilities.
4. Quick‑interchangeable Molds for Multi‑product Manufacturing with Optimized Mechanical Structure
Standardized quick‑change mold structure removes single‑product limitations. By swapping customized molds, the QT5‑15 mass‑produces varied concrete products: hollow blocks, solid bricks, paving bricks, interlocking road bricks, slope‑protection bricks, grass‑planting bricks, curbstones and landscape bricks. Benefiting from stable coordination between PLC hydraulic power and vibration system, all brick variants maintain stable quality and uniform specifications. Customers do not need to invest in multiple separate machines, which greatly cuts upfront capital expenditure and strengthens product market competitiveness.
Mold installation framework is optimized and works together with PLC one‑click parameter reset function. After mold replacement, the equipment rapidly recalls corresponding vibration frequency and hydraulic pressure settings via control system without complicated manual debugging. High‑rigidity, wear‑resistant molds withstand long‑term high‑frequency vibration production and keep consistent finished‑brick dimensions batch by batch.
The machine features well‑planned heavy‑duty layout; overall dimension 7310×2600×2890 mm and total weight 5000 kg. Main frame adopts high‑strength thick steel‑plate welding plus integral stress‑relief treatment. It delivers excellent anti‑vibration fatigue and anti‑deformation performance. Structural integrity stays intact under round‑the‑clock high‑frequency vibration and hydraulic loading, adapting to harsh workshop conditions of high temperature, heavy dust and heavy load. Total installed power reaches 32 kW with well‑balanced power distribution. The PLC system precisely governs running power of hydraulic pumps and vibration motors to realize low‑energy‑consumption high‑efficiency operation. Core components such as hydraulic pumps, oil cylinders and solenoid valves are premium‑grade parts; standardized wearing parts are easy to source and replace, lowering overall equipment failure risk and prolonging service life.
5. User‑friendly Operation & Low‑maintenance Design Tailored for Overseas Projects
Driven by full‑automatic PLC control, operational workflows are highly streamlined. All production phases are intelligently managed; operators only set parameters on touch‑screen to realize unmanned automatic running. New staff can grasp operational skills after simple training, effectively lowering worker‑skill threshold and long‑term labour cost for brick plants.
Modular component layout makes internal structure clear‑cut. Wearing consumables including vibration rubber cushions and scrapers are universal standard parts, convenient for overseas buyers to purchase and replace locally. Built‑in PLC fault self‑diagnosis quickly pinpoints abnormalities and shortens maintenance hours. We supply long‑term online technical support and spare‑parts supply service for worldwide clients to resolve after‑sales maintenance concerns.
6. Reliable Production Capacity to Deliver Sustained Economic Benefits
Benefiting from both precise PLC control and high‑efficiency vibration forming, the machine realizes fast molding speed with single forming cycle of merely 15‑20 seconds. Working with standard 1100×570 mm pallets, feeding, molding and brick‑discharging proceed smoothly and efficiently to enable continuous mass‑scale manufacturing. Dependable high output fully satisfies production demands of medium‑size brick factories. While guaranteeing premium finished‑brick quality, it significantly lifts production efficiency, shortens manufacturing cycles and generates steady long‑term economic profits for investors.
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