1. PLC‑based Intelligent Automated Operation, Cutting Labor Input
The QT10‑15 is equipped with standardized PLC touch‑screen intelligent control, covering automatic feeding, uniform material distribution, high‑frequency vibratory pressing, hydraulic demoulding and automatic pallet conveyance. Built‑in automatic fault diagnosis and audio‑visual alarm display failure points directly on the touch screen to reduce downtime. Vibration frequency, hydraulic pressure, forming duration and other core parameters support one‑click adjustment. Operators can master workflows after basic training. Only 5‑6 workers are needed for complete site operation, effectively lowering long‑term labor costs.
2. Optimized Table‑vibration Forming for Reliable High‑quality Finished Bricks
It adopts table‑vibration forming design, combining high‑pressure hydraulic compression and mechanical positioning to achieve one‑step green‑body shaping via compound high‑frequency vertical synchronous vibration. An isolated vibration base with thickened rubber springs lowers operational noise and component wear. Sufficient exciting force fully compacts raw materials, producing dense bricks free of internal voids or delamination. Finished bricks reach high compressive strength, with good freeze‑thaw resistance, water impermeability, sound insulation and thermal insulation performance. Products feature precise dimensions and neat appearances.
3. Fast‑swap Moulds for Multi‑product Production & Flexible Business Expansion
Quick‑change mould configuration enables manufacturing of hollow blocks, standard bricks, colored paving pavers, grass‑planting bricks, curb stones, slope‑protection bricks and tuff tiles. One single host fulfills order demands from construction, municipal road and landscape projects. Customers avoid purchasing multiple separate machines and reduce upfront capital investment. Stable per‑mould output supports agile production shifts responding to market changes and enables diversified business development.
4. Heavy‑duty Mechanical‑hydraulic Configuration for Long‑term Non‑stop Production
The dedicated hydraulic power station is fitted with high‑precision valve assemblies and double‑vane pumps. Oil pressure and travel speed can be steplessly adjusted on the touch screen; distribution, pressing and demoulding procedures run in parallel to shorten each forming cycle. Wear‑resistant imported sealing elements prevent oil leakage and sustain stable hydraulic output during extended continuous operation. All hydraulic components adopt universally available standard parts to lower later‑stage replacement costs.
The main frame uses thick steel plate integral welding followed by stress‑relief annealing, resisting deformation and weld cracking under heavy cyclic vibration. Main transmission shafts and load‑bearing bearings adopt standard wear‑resistant accessories. Moulds are made of carburized‑heat‑treated high‑manganese steel for high hardness and low wear, supporting tens‑of‑thousands of forming cycles. Ample base counterweight eliminates shaking under high‑speed vibration and improves overall machine stability.
5. Broad Raw‑material Adaptability, Eco‑friendly Manufacturing with Reduced Production Costs
This unit shows great flexibility for varied feedstock. Besides conventional sand, aggregate and cement, it directly processes industrial solid wastes including fly ash, mineral slag, stone powder, construction waste and tuff as proportioned production materials. All finished bricks are kiln‑free without flue gas or dust emissions, complying with global environmental‑protection requirements and simplifying factory environmental‑approval procedures. Replacing natural aggregates with locally‑available industrial waste cuts raw‑material procurement expenditure, reduces per‑brick manufacturing expenses and lifts profit margins.
6. Flexible Layout Options, Universal Spare‑parts for Low Comprehensive Operating Expense
The QT10‑15 host can seamlessly pair with automatic batching machine and twin‑shaft forced mixer to assemble a full automatic production line covering batching, mixing and brick forming. It features compact footprint and does not demand excessively large plant space, making it suitable for small family‑run brick plants as well as medium‑scale manufacturers. It delivers satisfying output within standard 8‑hour shifts and brings steady mass‑production returns.
Key components such as hopper, mould box and feeding trolley are detachable for easy residue cleaning and mould replacement. Hydraulic, electrical and vibration systems adopt independent partition design; single‑part failure will not halt the whole equipment to prevent production interruptions. All consumables and spare parts are off‑the‑shelf standard components without custom‑exclusive parts. The supplier provides complete operation manuals, installation drawings together with on‑site installation, commissioning and operator training services, keeping maintenance workload and consumable spending low.
1. PLC‑based Intelligent Automated Operation, Cutting Labor Input
The QT10‑15 is equipped with standardized PLC touch‑screen intelligent control, covering automatic feeding, uniform material distribution, high‑frequency vibratory pressing, hydraulic demoulding and automatic pallet conveyance. Built‑in automatic fault diagnosis and audio‑visual alarm display failure points directly on the touch screen to reduce downtime. Vibration frequency, hydraulic pressure, forming duration and other core parameters support one‑click adjustment. Operators can master workflows after basic training. Only 5‑6 workers are needed for complete site operation, effectively lowering long‑term labor costs.
2. Optimized Table‑vibration Forming for Reliable High‑quality Finished Bricks
It adopts table‑vibration forming design, combining high‑pressure hydraulic compression and mechanical positioning to achieve one‑step green‑body shaping via compound high‑frequency vertical synchronous vibration. An isolated vibration base with thickened rubber springs lowers operational noise and component wear. Sufficient exciting force fully compacts raw materials, producing dense bricks free of internal voids or delamination. Finished bricks reach high compressive strength, with good freeze‑thaw resistance, water impermeability, sound insulation and thermal insulation performance. Products feature precise dimensions and neat appearances.
3. Fast‑swap Moulds for Multi‑product Production & Flexible Business Expansion
Quick‑change mould configuration enables manufacturing of hollow blocks, standard bricks, colored paving pavers, grass‑planting bricks, curb stones, slope‑protection bricks and tuff tiles. One single host fulfills order demands from construction, municipal road and landscape projects. Customers avoid purchasing multiple separate machines and reduce upfront capital investment. Stable per‑mould output supports agile production shifts responding to market changes and enables diversified business development.
4. Heavy‑duty Mechanical‑hydraulic Configuration for Long‑term Non‑stop Production
The dedicated hydraulic power station is fitted with high‑precision valve assemblies and double‑vane pumps. Oil pressure and travel speed can be steplessly adjusted on the touch screen; distribution, pressing and demoulding procedures run in parallel to shorten each forming cycle. Wear‑resistant imported sealing elements prevent oil leakage and sustain stable hydraulic output during extended continuous operation. All hydraulic components adopt universally available standard parts to lower later‑stage replacement costs.
The main frame uses thick steel plate integral welding followed by stress‑relief annealing, resisting deformation and weld cracking under heavy cyclic vibration. Main transmission shafts and load‑bearing bearings adopt standard wear‑resistant accessories. Moulds are made of carburized‑heat‑treated high‑manganese steel for high hardness and low wear, supporting tens‑of‑thousands of forming cycles. Ample base counterweight eliminates shaking under high‑speed vibration and improves overall machine stability.
5. Broad Raw‑material Adaptability, Eco‑friendly Manufacturing with Reduced Production Costs
This unit shows great flexibility for varied feedstock. Besides conventional sand, aggregate and cement, it directly processes industrial solid wastes including fly ash, mineral slag, stone powder, construction waste and tuff as proportioned production materials. All finished bricks are kiln‑free without flue gas or dust emissions, complying with global environmental‑protection requirements and simplifying factory environmental‑approval procedures. Replacing natural aggregates with locally‑available industrial waste cuts raw‑material procurement expenditure, reduces per‑brick manufacturing expenses and lifts profit margins.
6. Flexible Layout Options, Universal Spare‑parts for Low Comprehensive Operating Expense
The QT10‑15 host can seamlessly pair with automatic batching machine and twin‑shaft forced mixer to assemble a full automatic production line covering batching, mixing and brick forming. It features compact footprint and does not demand excessively large plant space, making it suitable for small family‑run brick plants as well as medium‑scale manufacturers. It delivers satisfying output within standard 8‑hour shifts and brings steady mass‑production returns.
Key components such as hopper, mould box and feeding trolley are detachable for easy residue cleaning and mould replacement. Hydraulic, electrical and vibration systems adopt independent partition design; single‑part failure will not halt the whole equipment to prevent production interruptions. All consumables and spare parts are off‑the‑shelf standard components without custom‑exclusive parts. The supplier provides complete operation manuals, installation drawings together with on‑site installation, commissioning and operator training services, keeping maintenance workload and consumable spending low.
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