PC Components Production Machinery
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PC Components Production Machinery

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Product Introduction

Product Name

PC Components Production Machinery

Application

Mass production of small and medium-sized precast concrete components

Forming Method

Vibration molding

Discharging Method

Traverse Distributing

Production Capacity

70m³/day (8-10 hours)

Feeding Capacity

0.95m³

Discharging Capacity

1.1m³

Molding Area

400*3500mm (Customized)

Conveyor Roller Table Area

1.55*2.5m*2 (Customized) or 1.55*2.5m*4 (Customized)

Voltage

380V/50Hz

Total Power

35KW

Total Weight

6000KG

Total Dimensions

11.3*3.2*5.2m

Longqi Intelligent's precast units production system facilitates high-volume batch manufacturing of small-to-medium concrete elements. The integrated machinery incorporates unified electrical, mechanical, and pneumatic architecture. Key automation features include automated discharge, simplified operation, labor-reduction capability, and consistent operational stability. Adjustable cycle parameters enable product-specific optimization to enhance throughput efficiency. The equipment serves diverse infrastructure applications including high-speed rail networks, roadway systems, municipal infrastructure, shoreline reinforcement, bridge safety barriers, airfield installations, and seaport barriers.

 

Production Process

 

 

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The working process of the PC Components Production Machinery

 

 

 

Formwork Readiness: Meticulously decontaminate formwork to eradicate residual debris and impurities. Following this, assemble the formwork assembly and uniformly coat with a release compound to inhibit adhesion.

 

Rebar Fabrication & Positioning: Subject steel reinforcement to straightening, shearing, and bending operations. Position the fabricated rebar framework into the formwork, concurrent with installing embedded fixtures.

 

Concrete Blending & Placement: Formulate concrete per specified mix design. Convey the fresh concrete to the placement site, spread uniformly, and apply vibration to achieve optimal compaction and density.

 

Curing Protocol: Relocate the formwork to the prescribed curing zone. Curing may be executed via ambient methods or steam conditioning to expedite concrete setting.

 

Formwork Stripping & Surface Rectification: Upon attaining requisite strength, remove formwork. Subsequently, remediate any surface blemishes on precast elements.

 

Quality Assurance Verification: Scrutinize dimensional accuracy, visual integrity, structural strength of units, along with embedded fixtures. Non-conforming components shall either undergo rework or be categorized as defective.

 

Warehousing & Logistics: Transfer certified units to storage zones for stacking. Transport to construction sites as required, enforcing suitable protective protocols during transit.

 

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Advantages
 
01/

Patented Engineering: Holds over 50 nationally recognized patents for automated precast production systems. Core machinery incorporates fatigue-resistant engineering and precision-machined components to maximize operational lifespan.

02/

Enhanced Productivity: Single-unit operation (8-9 hours/day) achieves 60-80m³ of high-quality concrete elements daily – a 600% productivity enhancement – ideal for time-sensitive construction zones.

03/

Compact Modularity: Tool-less assembly/disassembly design ensures rapid deployment with minimal transport footprint, compatible with confined on-site workspaces near active construction zones.

04/

Intuitive Control: Fully automated operation via joystick-controlled interface requires single-operator management for end-to-end production workflows.

05/

Continuous Operation: Built for 24/7 production cycles with zero downtime, sustaining peak output rates under sustained workloads.

06/

Safety Optimization: Reduces manual intervention by 80% through automated systems, significantly lowering workplace incident rates through intelligent hazard mitigation protocols.

 

Application Case

 

 

PC Components Production Machinery find extensive application across civil construction sectors, encompassing high-speed rail networks, vehicular roadways, municipal thoroughfares, riverbank erosion mitigation, bridge parapet structures, aviation hubs, and maritime port facilities. Leveraging modular tooling swaps, these systems facilitate production of hundreds of distinct small-scale precast elements, including hexagonal blocks, curbing units, cable duct covers, interlocking erosion control bricks, turf grid pavers, U-channel drain assemblies, railway walkway planks, and railway subgrade guardrail components.

 

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Solid/Hollow Hexagonal Revetment Block                               Highway Slope Protection Arch Frame

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Concrete Storm Drain Cover                   Concrete Boundary Fence                   Interlocking Paving Block

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U-channel Drainage Gutter                          Concrete Grass Paving Bricks                     Curbstone

 

By changing different molds, the Precast Concrete Machine can be used to produce hundreds of different types of precast concrete components.

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FAQ

 

 

Q: What is the Advantages of PC Components Production Machinery Over Traditional Methods?

A: Prefabricated concrete production equipment marks a transformative advancement over conventional cast-in-situ techniques, offering unmatched operational efficiency, dimensional precision, and environmental sustainability. Contrasting with legacy methods that depend on weather-sensitive on-site formwork assemblies and variable manual labor, automated precast systems function within climate-controlled manufacturing facilities, enabling uninterrupted 24/7 production cycles irrespective of external conditions. Through integration of AI-optimized batching mechanisms and robotic mold alignment technologies, these systems achieve ±1mm dimensional precision-a capability unattainable with traditional manually poured concrete processes.

Material waste, a persistent challenge in conventional practices (frequently surpassing 20%), is drastically reduced to under 5% via closed-loop slurry reclamation systems and AI-calibrated pouring algorithms. Energy consumption sees a 35% reduction through hybrid electro-hydraulic propulsion systems and heat-recovery curing enclosures, aligning with net-zero construction objectives. The equipment's modular architecture supports single-line output of over 300 differentiated products-from seismic-resistant structural panels to architecturally complex facades-without delays for tooling reconfiguration.

Digital twin technology enables continuous structural diagnostics, sharply diverging from traditional post-curing inspection protocols. Prefabrication further reduces on-site workforce requirements by 75%, minimizing safety hazards, while IoT-integrated logistics networks curtail project timelines by 60% via just-in-time material delivery. For example, erection of a 30-story modular structure utilizing precast components can be completed in 12 weeks, compared to 9 months with conventional methods.

Equipped with carbon-neutral concrete blends and patented low-emission vibration methodologies, this equipment slashes project carbon emissions by 40%, solidifying its position as the linchpin of intelligent, eco-conscious urban development infrastructure.

 

We are a professional PC Components Production Machinery manufacturer. Our main products include Precast concrete making machine, full-automatic precast concrete production line, semi-automatic precast concrete production line, PC machinery and son on. We provide best service and price for precast machinery. If you are planning to build a precast concrete plant, please don't hesitate to contact us.

 

PC Components Production Machinery: Powering Precision in Construction

 

 

PC Components Production Machinery refers to advanced systems designed to manufacture precast concrete (PC) elements with unmatched efficiency and precision. These machines-including PC machinery, PC production machines, and specialized PC production equipment-streamline the creation of structural components like beams, panels, and hollow-core slabs. Utilizing automated processes such as vibration compaction, rapid curing, and mold customization, PC Components Production Machines ensure consistent quality while reducing labor and material waste.


Modern PC Components Machinery integrates smart controls and IoT-enabled monitoring, enabling real-time adjustments and adherence to industry standards. Ideal for large-scale projects, these systems support scalable production, from modular units to custom architectural elements. By combining speed, versatility, and sustainability, PC production equipment has become indispensable for contractors seeking cost-effective, eco-friendly solutions. Investing in advanced PC machinery translates to faster timelines, higher durability, and a competitive edge in the construction sector.

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