Artificial Culture Stone Production Machine
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Artificial Culture Stone Production Machine

Mold treatment: Clean the mold to remove residues and other debris, then assemble the mold and apply the release agent evenly.
Steel bar processing and installation: Process the steel bars by straightening, cutting, bending, etc., and put the made steel bar skeleton into the mold. At the same time, install the embedded parts.
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Product Introduction

Product Name

Artificial Culture Stone Production machine

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

Advanced Artificial Culture Stone Production Systems for Industrial Applications
The Artificial Culture Stone Production machine represents a state-of-the-art automated wet-cast solution, offering a compact 7,000mm (L) x 1,000mm (W) x 1,800mm (H) footprint while achieving 1,000-1,500m² monthly output. Engineered for precision wet-cast manufacturing, this system excels in producing architecturally authentic cultured stone with exceptional surface detail and consistency.

 

Key advantages include:
Intelligent Automation: PLC-controlled systems ensure seamless operation, from material batching to demolding, with minimal operator intervention.
Versatile Production: Dual adjustable vibration tables (one dedicated to mold sets) accommodate varied stone sizes, shapes, and textures, including irregular profiled veneers.
Robust Engineering: Proprietary steel molds guarantee 5,000+ cycle lifespans, while integrated dust extraction maintains a clean working environment.

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Complementing this, the Longqi Veneer Stone Making Machine specializes in high-volume precast concrete component manufacturing. This integrated unit combines hydraulic forming, pneumatic compaction, and servo-driven discharge systems within a unified framework. Key features include:
Adaptive Speed Control: Production cycles adjust from 45-90 seconds per cycle to optimize output for curbstones, pavers, or architectural cladding.
Energy Efficiency: Reduced power consumption via regenerative braking systems and optimized hydraulic circuits.
Low-Maintenance Design: Stainless steel contact parts and self-diagnosing controls minimize downtime.
Ideal for commercial producers, these systems deliver unmatched throughput, product versatility, and operational cost savings.

 

Production Process

 

 

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The working process of the Artificial Culture Stone Production machine is as follows

 

 

 

Mold treatment: Clean the mold to remove residues and other debris, then assemble the mold and apply the release agent evenly.

 

Steel bar processing and installation: Process the steel bars by straightening, cutting, bending, etc., and put the made steel bar skeleton into the mold. At the same time, install the embedded parts.

 

Concrete preparation and pouring: Mix the concrete according to the mix ratio, transport it to the pouring station, pour it evenly, and vibrate it to make it dense.

 

Curing: Move the mold to the curing area. It can be cured naturally or by steam to make the concrete harden.

 

Demoulding and surface treatment: Demoulding after the concrete reaches a certain strength, and repair the surface defects of the components.

 

Quality inspection: Check the dimensions, appearance, strength of the components and the embedded parts, etc. Rework or determine the unqualified ones as defective products.

 

Storage and transportation: Transport the qualified components to the storage area for stacking, and transport them to the construction site as required, and take good protective measures.

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Advantages
 
01/

Innovative Patents: Holds over 50 nationally certified patents for precast production systems. Core mechanical parts utilize precision engineering with fatigue-resistant designs to extend equipment service life.

02/

Enhanced Productivity: Generates 60-80 m³ of components daily within an 8-hour shift, achieving a 600% output capacity increase. Ideal for time-sensitive construction phases requiring rapid material supply.

03/

Adaptable Configuration: Modular construction allows swift deployment, simplified logistics, and operation in confined spaces near project sites.

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Streamlined Controls: Features an ergonomic control interface with joystick operation, enabling single-operator functionality for reduced training complexity.

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Uninterrupted Performance: Supports continuous 24-hour operation for high-volume production demands without performance degradation.

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Safety Optimization: Minimizes manual labor requirements while enhancing worksite safety through automated workflows, significantly lowering accident risks.

 

Application Case of Artificial Culture Stone Production machine

 

 

Here are some cultural stone molds. If you are interested, we can send you relevant catalogs and more styles.

 

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Longqi Intelligent Artificial Culture Stone Production machine serve as essential solutions for infrastructure developments spanning high-speed rail networks, expressways, urban road systems, coastal revetments, bridge safety barriers, aviation hubs, and port facilities. Through adaptable mold configurations, the system manufactures over 200 specialized precast elements, including modular hexagonal paving units, cable duct covers, interlocking erosion-control blocks, vegetative grid pavers, U-shaped drainage channels, railway sleeper panels, and roadbed safety curbs.

 

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Company Introduction

 

 

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Why Choose Us?

 

 

Longqi Intelligent Artificial Culture Stone Production machine are supported by these corporate strengths:
・15+ years of specialized expertise in designing and engineering automated precast systems, backed by a workforce of 90+ professionals, including 60 certified senior engineers.
・Innovation ecosystem featuring collaborative partnerships with academic institutions and elite design teams, resulting in 55+ nationally recognized patents for concrete molding technologies.
・Industry-first achievements: Pioneered China's inaugural automated small-component production line in 2017, followed by establishing a fully closed-loop intelligent manufacturing system at Guanyue Road & Bridge in 2020, achieving zero-waste production cycles.
・Global impact: With 1,100+ operational installations worldwide, Longqi Intelligent Artificial Culture Stone Production machine have been deployed across 28 countries in Africa, Europe, South America, and ASEAN regions, supporting critical infrastructure from hydropower dams to transcontinental railway networks.

 

Our service

 

1. Investment cost calculation

2. Capacity calculation

3. Factory design

4. Production line layout design

5. On site engineers for installation and guidance  

 

Our Team & Clients

 

 

Our workforce includes over 90 professionals, with 60 holding senior technical certifications. Leveraging engineering excellence and client-centric solutions, we have partnered with 600+ enterprises globally and delivered 1,100+ precast installations across domestic and international markets.

 

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Certificates and Patents

 

 

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Longqi Intelligent has secured government-recognized high-tech enterprise status, bolstered by 55 domestically awarded patents. Our specialized R&D division drives continuous innovation in pivotal technologies, achieving yearly advancements that maintain our position at the forefront of industrial innovation. This commitment to technical excellence enhances both client service capabilities and collaborative efficiency, ensuring scalable solutions for global infrastructure demands.

 

FAQ

 

 

Q: What constitutes the primary artificial culture stone production workflow?

A: The process includes material preparation and batching, precision molding, controlled curing and drying cycles, textural enhancement (sandblasting, acid-etching, or pigment staining), and finished product packaging. Modern automated lines synchronize planetary mixers, multi-station molding presses, climate-controlled curing chambers, and robotic finishing modules for uninterrupted 24/7 production.

Q: What essential equipment is required?

A: Four core systems drive efficiency:
High-Shear Mixers: Ensure homogeneous blending of cementitious binders, lightweight aggregates, mineral pigments, and performance additives.
Multi-Axis Molding Presses: Utilize vibration compaction or hydraulic pressure (up to 150 bar) to shape complex geometries.
Tunnel Curing Kilns: Maintain 45-65°C temperatures and 60-80% RH levels for optimal hydration, reducing cycle times by 30% vs. ambient curing.
CNC Texturing Systems: Enable programmable surface replication, from fossilized limestone patterns to weathered granite finishes.

Q: How should mold materials be selected?

A: Consider these factors:
Silicone Molds: Ideal for prototype development (50-100 cycles) due to intricate detail capture but require frequent replacement.
Chromium-Steel Dies: Preferred for mass production (5,000+ cycles) with laser-welded cavities for ±0.1mm dimensional accuracy.

Q: What quality control measures ensure product integrity?

A: Implement these protocols:
Material Metrology: Spectrometers validate pigment dispersion, while flow tables confirm concrete workability (110±5mm slump).
Curing Analytics: IoT sensors monitor kiln zones to maintain ±2°C temperature uniformity, preventing thermal cracking.
Automated Inspection: 3D laser scanners detect voids, warpage, or color deviations, triggering automatic reject systems.

Q: How are diverse surface textures achieved?

A: Three approaches enable customization:
Interchangeable Die Sets: Rapid-change tooling for 12+ textures per shift.
In-Mold Carving: CNC routers engrave 3D patterns directly into mold surfaces.
Post-Process Finishing: Robotic sandblasters and hand-applied glazes create weathered effects.

Q: What are common production challenges and remedies?

A: Mold Adhesion: Apply food-grade PVA release agents; maintain 3-5% moisture content in mixes.
Material Segregation: Install high-intensity mixer blades (145 RPM) and batch according to aggregate specific gravity.
Die Wear: Implement chromium carbide coatings; monitor die temperatures with infrared cameras.
This integrated approach ensures manufacturers balance aesthetic fidelity, structural performance, and cost efficiency in artificial stone production.

 

We are a professional Veneer Stone Making Machine 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.

 

Artificial Culture Stone Production Machine: Engineered Excellence for Architectural Innovation

 

 

Enhance productivity and adaptability with our Artificial Culture Stone Production Machine, engineered for high-output manufacturing of visually authentic decorative stone. This integrated system combines advanced automation systems for material blending, casting, and curing processes, leveraging concrete wet cast production machine technology to replicate natural stone textures with exceptional precision.

Ideal for lightweight veneer production, the Veneer Stone Making Machine accommodates diverse aesthetic requirements-from weathered limestone to minimalist contemporary designs-using customizable silicone or steel molds and sustainable material formulations. Key advantages include:

Energy-Optimized Curing: Reduced energy consumption via climate-controlled drying chambers.
Zero-Waste Production: Recycling systems minimize material scrap.
Smart Quality Control: Laser scanners and spectral analyzers ensure dimensional accuracy and color consistency.
Designed for the Automatic Lightweight Precast Concrete tile Plant, this machinery delivers unmatched scalability for commercial projects. Its modular architecture supports rapid mold changes, while IoT-enabled predictive maintenance reduces downtime.

Ideal for cost-conscious producers requiring scalable manufacturing solutions, our systems guarantee long-term durability and aesthetic excellence. Invest in transformative technology that merges sustainability, precision, and commercial viability-contact our team to explore custom configurations.

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