Introduction: The Industrialized Transformation of Global Construction
The global construction industry is undergoing a profound transformation. Faced with increasingly severe labor shortages, rising labor costs, and frequent weather-related disruptions to construction schedules, traditional on-site construction methods are proving inadequate. Against this backdrop, the construction industry is accelerating its shift from labor-intensive on-site work to factory-based, standardized prefabrication.
At the heart of this transformation lies PPVC (Prefinished Prefabricated Volumetric Construction) and MiC (Modular Integrated Construction). These technologies involve the high-precision manufacturing of fully functional 3D volumetric building modules in a controlled factory environment—complete with walls, floors, ceilings, and even MEP systems and decorative finishes. These modules are then transported to the construction site and assembled rapidly, much like building with "LEGO bricks," significantly shortening project timelines and improving quality control.
As a global expert in industrialized construction solutions, GETO Group provides a one-stop prefabricated building mould system, covering the entire chain from mould design and manufacturing to on-site technical guidance. With 12 production bases worldwide and a global delivery network spanning over 70 countries and regions, GETO is a key driver in the global adoption of PPVC/MiC technology.
Technical Core: Mechanization and Intelligence in Mould Systems
The manufacturing precision of PPVC/MiC modules directly determines the success of on-site assembly. GETO's mould system achieves the transition from "manual operation" to "mechanized automated production" through the coordinated work of three major power systems.
Three Major Power Systems
1. Hydraulic Control System: This is the power heart of the entire mould system. Hydraulic cylinders provide stable, controllable power for the automated opening and closing of mould panels. Compared to traditional manual demoulding, the hydraulic system applies uniform force during demoulding, significantly reducing the risk of product damage caused by uneven force distribution.
2. Intelligent Retractable Inner Mold System: This is GETO's core differentiated technology. During the manufacturing of PPVC modules, demoulding at internal corners has always been a technical challenge—forced demoulding can easily lead to concrete cracking or module deformation. GETO's intelligent retractable inner mold system uses a precision-designed mechanical linkage mechanism, allowing the inner mold to "retract" in a sequenced manner after pouring, disengaging from the concrete surface for smooth demoulding. This technology significantly reduces manual intervention while improving production efficiency and product yield.
3. Automatic Moving Outer Mold System: The movement and positioning of the outer mold directly affect production line efficiency. GETO's automatic moving outer mold system uses rail-mounted or wheeled travel mechanisms, paired with positioning sensors, enabling the outer mold to move quickly and accurately between different workstations. This not only improves workspace utilization but also significantly shortens mould turnover time.
Manufacturing Precision: ±2mm for "LEGO-Like" Assembly
When PPVC/MiC modules are assembled on site, connection precision between multiple modules must reach millimeter-level accuracy—any minor dimensional deviation will be amplified during assembly, leading to gaps, misalignment, or even inability to install. GETO's mould system strictly controls dimensional deviation within ±2mm, ensuring that every module leaving the factory achieves precise alignment on site, fitting together as tightly as "LEGO bricks."
Process Revolution: Monolithic Pouring and MEP Integration
GETO's PPVC/MiC mould system is not only a leader in mechanization but also achieves significant breakthroughs in pouring processes and integration depth.
Monolithic Pouring Process
Traditional prefabricated components typically produce only single elements (such as a single wall panel or floor slab), which are then connected through wet work. In contrast, GETO's mould system supports the Monolithic Pouring process—achieving simultaneous casting of roof slabs, side walls, floor slabs, and door/window openings within the same mould.
Structural Advantages: The monolithic pouring process eliminates "cold joints" between different components, creating a continuous, homogeneous structural unit. This fundamentally reduces the risk of water leakage and brings the module surface close to the quality of Fair-Faced Concrete—smooth and flat, requiring no additional plastering before decorative finishing.
Deep MEP Integration
The functional integrity of a building depends on its MEP systems. Before pouring begins, GETO's mould system completes the precise positioning and fixing of MEP (Mechanical, Electrical, Plumbing) embedded components. Electrical conduits, water supply and drainage pipes, switch boxes, ventilation ducts, and more are all cast into the module during the mould stage. This "structure and finishing integration" manufacturing approach means that modules leave the factory already fully functional, requiring only on-site connection of MEP lines between modules—dramatically reducing the amount of secondary on-site cutting and drilling.
Product Matrix: K/R/H Series for Diverse Application Scenarios
Different types of building projects have different requirements for the structural configuration of PPVC/MiC modules. GETO has developed three series of moulds—K, R, and H—to cover a wide range of application scenarios.
K Series: Semi-Enclosed Configuration
Modules produced by K-series moulds consist of a horizontal floor slab, a roof slab, and three vertical walls, with one side open. This semi-enclosed structure is suitable for scenarios requiring greater spatial connectivity, such as open-plan apartments or offices. The mould design balances demoulding convenience with structural strength, making this the most widely used series on the market.
R Series: Fully Enclosed Integrated Module
Modules produced by R-series moulds include a roof slab and four complete walls, forming a fully enclosed box structure. These modules offer the highest level of structural integrity and functional integration, making them suitable for independent spaces such as bathrooms, kitchens, and bedroom units. The R series represents the most iconic product form of PPVC/MiC technology.
H Series: Wall-Only Module Without Roof/Floor Slabs
Modules produced by H-series moulds consist of four vertical walls forming an enclosure, without roof or floor slabs, specifically designed for non-enclosed wall structures. These modules are commonly used for lift shafts, utility shafts, core walls, and other vertical circulation or MEP concentration areas, providing high-precision walls without unnecessary slab structures.
Diverse Application Scenarios
GETO's PPVC/MiC mould technology has been successfully applied to:
- PBU (Prefabricated Bathroom Unit): One-step integration of waterproof base, wall panels, ceiling, and fixture piping.
- PHS (Prefabricated Household Shelter): High-strength modules meeting special building functional requirements.
- Lift Shafts (LS): High-precision shaft modules with controllable verticality.
- Utility Tunnels: Precast segments for underground utility corridors.
ROI Analysis: Efficiency and Cost Quantification
Adopting PPVC/MiC mould technology is not just a technical choice but also an optimization of economic efficiency. The following data is based on GETO's actual project experience in Singapore and other countries and regions.
Speed Improvement: Over 50% Increase in Construction Efficiency
Compared to traditional steel or timber mould on-site pouring processes, GETO's PPVC/MiC mould system shifts the majority of work to the factory. On-site work is limited to module hoisting and connection work, free from weather interference and cross-trade disruptions. Comprehensive calculations show that adopting PPVC/MiC technology increases overall construction efficiency by over 50%, significantly shortening project delivery timelines.
Labor Optimization: Over 40% Reduction in Labor Costs
Traditional on-site construction requires large numbers of carpenters, steel fixers, and concrete workers working on site, not only relying on skilled labor but also facing risks of labor shortages. GETO's mould system achieves a machine-led, human-assisted production model through hydraulic control, automatic movement, and intelligent retraction technologies. The number of workers required per production line is dramatically reduced, achieving over 40% savings in labor costs while reducing dependence on highly skilled workers.
Environmental Benefits: Low-Carbon, Quiet, Dust-Free
PPVC/MiC technology shifts the majority of production to the factory, significantly reducing on-site work. This means:
- Reduced On-Site Dust: No need for on-site concrete mixing or timber cutting, significantly lowering PM2.5 and PM10 emissions.
- Reduced Construction Noise: Factory production is away from residential areas; on-site work is limited to hoisting, dramatically reducing noise pollution.
- Alignment with Low-Carbon Trends: Factory production facilitates centralized waste recycling and unified energy management, making the carbon footprint easier to track and control.
These environmental benefits make PPVC/MiC technology an important pathway for compliance with global green building rating systems such as LEED, BREEAM, and Singapore Green Mark.
Digital Empowerment: From Industrial 3D design software to Full-Chain Management
The successful implementation of PPVC/MiC technology relies heavily on digital support. GETO integrates Industrial 3D design software technology and information management systems throughout the entire process of mould design, production, and logistics.
Deep Detailing: From Floor Plans to Moulds
GETO provides not just mould manufacturing but professional technical services spanning from architectural design to mould solutions. Using technology, GETO's engineers perform deep decomposition of client floor plan drawings:
- Analyze the rationality of module division (dimensions, weight, transport constraints)
- Determine connection node solutions between modules
- Convert building models into 3D mould design models
This process ensures precise alignment between mould design and building requirements, avoiding the risk of "moulds are ready but don't fit."
GT-MS Information Management System: Full-Process Risk Monitoring
GETO's GT-MS Information Management System integrates data from marketing, design, production, logistics, and on-site services into a unified management platform. The system enables:
- Real-Time Dashboard: Management can view mould production progress, inventory status, and logistics positions for each project at any time.
- Risk Alerts: Automatic identification of schedule delays, material shortages, quality anomalies, and other issues, issuing early warnings.
- Full-Process Traceability: Every step from design drawings to finished product is recorded, facilitating quality backtracking and responsibility definition.
Proven Performance: Case Studies from the Singapore Market
Singapore is one of the most mature and stringent markets for PPVC/MiC technology application in Asia. GETO has accumulated extensive practical experience in this market, with two representative case studies presented below.
Case Study 1: Yishun North Gaia, Singapore
This project comprises 11 tower blocks, totaling 2,444 prefabricated modules, involving 91 different module structure types—requiring a highly flexible and adaptable mould solution.
GETO provided for this project:
- 35 sets of automatic moulds for high-standardization main modules
- 17 sets of non-automatic moulds for special structures or small-batch modules
Through an optimized combination of mould solutions, GETO successfully completed the production and delivery of all 2,444 modules while maintaining efficient mould utilization, demonstrating its supply capability for large-scale, high-variety PPVC projects.
Case Study 2: One Bernam, Singapore
One Bernam is a landmark mixed-use development in Singapore's Central Business District. The project demanded exceptionally high mould turnover efficiency and surface quality.
GETO provided 21 sets of automatic moulds for this project, efficiently completing the turnover production of 38 different prefabricated unit types. The stability of the mould system and the quality of demoulding ensured rapid on-site assembly of modules, providing strong support for the project's on-schedule delivery.
Certification Endorsement: Responding to Singapore's Industrialization Policy
GETO's PPVC/MiC mould products have passed the high-standard quality inspections of Singapore's Building and Construction Authority (BCA), meeting the stringent准入 requirements for modular construction. These successful case studies not only validate GETO's technical capabilities but also position the company as a key partner in responding to Singapore government's building industrialization policy.
Conclusion: Defining the Future of Living Quality
PPVC/MiC 3D integrated whole-house mould technology is not just a manufacturing tool—it is a precision guarantee to "Make Drawings Happen." It moves construction from "on-site building" to "factory manufacturing," fundamentally reshaping project delivery logic.
Through the mechanized three major power systems, the intelligent retractable inner mold technology, the monolithic pouring and MEP integration process, the diverse K/R/H product matrix, and the digital empowerment of Industrial 3D design software and GT-MS, GETO Group provides a one-stop PPVC/MiC mould solution for developers worldwide.
By adopting this solution, developers achieve:
- Faster: Over 50% improvement in construction efficiency, significantly shortened project delivery timelines
- More Economical: Over 40% savings in labor costs, substantial overall economic benefits
- Greener: Reduced on-site dust and noise, alignment with low-carbon environmental trends
- More Precise: ±2mm manufacturing precision ensuring "LEGO-like" on-site assembly
Whether you are planning high-rise residential towers, hotels, apartments, public housing, or infrastructure projects, GETO's PPVC/MiC mould technology will help you define the future of living quality with industrialized, digital methods—faster, better, and more sustainably.
Contact GETO today with your project drawings to receive a customized PPVC/MiC mould solution and embark on a new chapter in construction industrialization.
