PERI UK launches AI-enabled custom formwork fabrication service powered by Dataform.Work
1. Overview of the new service
The new service allows contractors to automatically convert 3D design models into production-ready formwork components using artificial intelligence and advanced digital workflows. (BDC Magazine)
Key highlights:
- AI software converts digital 3D models into CNC fabrication data
- Automated production of complex bespoke formwork
- Faster fabrication and improved design accuracy
- Reduced manual detailing and workshop programming
- Nationwide availability for contractors in the UK
Traditionally, bespoke formwork required significant manual design work, especially for structures with unusual shapes or architectural complexity. The AI-driven system removes much of this manual process by generating fabrication instructions automatically. (BDC Magazine)
2. Technology behind the platform
The service is powered by Dataform.Work, a digital construction platform created through a joint venture between PERI Group and technology company DataB. (BDC Magazine)
Core technologies involved
- AI-driven generative design
- Software automatically generates the structural sub-framework of formwork.
- 3D model integration
- Contractors upload BIM or 3D project models.
- Automated fabrication workflows
- The system converts the design directly into CNC machining instructions.
- Precision CNC milling
- Components such as plywood panels are produced using multi-axis CNC machines.
- Digital assembly instructions
- Detailed assembly guides are generated for construction teams.
This digital workflow significantly shortens the design-to-production cycle while ensuring dimensional accuracy. (PERI Group)
3. Early project deployment
The technology has already been tested on an infrastructure project in Warwickshire, involving the foundations of an HS2 footbridge. (BDC Magazine)
In this pilot project:
- The structure required multiple complex geometric facets
- AI-generated formwork designs were produced rapidly
- 5-axis CNC milling fabricated intricate void formers
- Construction teams achieved greater precision and reduced material usage
The success of this deployment demonstrated the system’s ability to handle complex geometry and demanding infrastructure designs. (Geomechanics)
4. Key capabilities of the AI formwork system
Automated design translation
The platform converts digital design data directly into fabrication files, eliminating manual interpretation errors. (BDC Magazine)
Complex geometry support
The system enables the production of:
- freeform concrete structures
- architectural facades
- curved or multi-angled structures
- custom window and door void formers
These designs are difficult to produce using traditional formwork systems. (BDC Magazine)
Reduced assembly complexity
Innovative panel joints:
- minimize screw usage
- eliminate glue
- allow faster removal and reuse of components
This improves efficiency during construction cycles. (Geomechanics)
5. Benefits for contractors and construction projects
Faster project delivery
Automated design-to-production workflows reduce fabrication time by more than half in some cases. (Geomechanics)
Higher precision
CNC fabrication ensures:
- millimeter-level accuracy
- consistent repeatability
Lower costs
Savings arise from:
- reduced manual design work
- optimized material usage
- faster manufacturing
Better construction planning
Digital fabrication improves programme certainty for complex pours and structural elements. (Geomechanics)
6. Potential applications
The AI-enabled formwork system is particularly useful for projects involving complex concrete geometry, including:
- infrastructure projects (bridges, tunnels)
- high-rise buildings
- architecturally complex structures
- large civil engineering projects
- heavily reinforced concrete pours
These are areas where standard formwork systems often struggle. (BDC Magazine)
7. Strategic significance for digital construction
The launch signals a broader shift toward AI-driven fabrication in construction, where digital models feed directly into manufacturing equipment.
Industry analysts note that combining AI design tools with CNC fabrication could become common on large infrastructure projects, particularly those requiring complex geometries. (Geomechanics)
The initiative also reflects PERI’s broader strategy of integrating digital construction technology with traditional formwork engineering services.
In summary:
PERI UK’s AI-enabled formwork fabrication service integrates digital design, artificial intelligence, and CNC manufacturing to automate the creation of complex concrete formwork. By translating 3D models directly into fabrication-ready components, the platform enables faster project delivery, greater precision, and improved cost efficiency for large construction and infrastructure projects.
Here are case studies and expert comments related to the launch of the AI-enabled custom formwork fabrication service by PERI UK powered by dataform.work.
Case Studies and Comments: PERI UK AI-Enabled Custom Formwork Service
1. Case Study: HS2 Footbridge Foundation Project (Warwickshire)
One of the earliest demonstrations of the technology was on a footbridge foundation along the High Speed 2 (HS2) route near Coventry.
Project challenge
The foundation design required 13 different facets and angles, which were engineered to:
- optimise structural load paths
- reduce the volume of concrete used
- lower the project’s embodied carbon footprint
Such geometry would normally require extensive manual formwork detailing and workshop programming. (BDC Magazine)
AI-driven solution
Using dataform.work:
- Engineers uploaded the 3D project model into the platform.
- The AI system automatically generated CNC cutting data and assembly instructions.
- Components were produced using 5-axis CNC milling machines.
- The finished void formers were assembled and delivered ready for installation.
Results
- Rapid fabrication of complex formwork
- Precise construction of internal void formers
- Reduced manual engineering work
- Lower risk of dimensional errors
The automated workflow cut the design-to-production timeline by more than half compared with traditional fabrication methods. (Geomechanics)
2. Case Study: Multi-Faceted Void Formers for Infrastructure
Another application involved producing custom void formers and box-out units for reinforced concrete structures.
Engineering problem
Infrastructure projects often require:
- window and door box-outs
- internal voids in reinforced foundations
- complex geometric concrete pours
Traditional fabrication methods can introduce programme uncertainty due to precision requirements. (BDC Magazine)
AI-enabled fabrication
The platform automatically generates:
- digital cutting templates
- component nesting patterns
- detailed assembly guides
The components are precision-milled from plywood using advanced CNC machinery, then assembled in a PERI facility and shipped to site. (Build News)
Construction benefits
- faster component production
- improved dimensional accuracy
- simplified assembly on site
- reduced material waste
These improvements are particularly valuable in high-rise buildings and architecturally complex infrastructure projects. (Build News)
3. Case Study: High-Rise Building Window and Door Box-Outs
The service also targets repetitive but precision-critical elements in tall buildings.
Challenge
Window and door void formers are vulnerable to:
- damage during removal
- time-consuming assembly
- limited reuse
Innovation introduced
The AI-generated formwork uses a new joint design that:
- reduces the number of screws required
- eliminates the need for glue
- integrates striking features for easier removal
Outcome
This approach allows contractors to:
- remove void formers more efficiently
- reuse components across multiple floors
- maintain reliable construction schedules. (Geomechanics)
4. Expert and Industry Comments
PERI UK leadership
According to Matt Binder, National Product Manager at PERI UK, the technology represents a major improvement over traditional bespoke formwork processes.
“Bespoke formwork has often involved significant manual input and programme uncertainty.” (Build News)
He added that the AI-driven fabrication workflow allows the company to respond to contractor orders much faster, with production lead times reduced from weeks to days. (BDC Magazine)
Industry perspective
Construction analysts note that combining AI-based design automation with CNC fabrication is still rare in infrastructure engineering.
However, the PERI–DataB joint venture demonstrates how digital design models can now feed directly into manufacturing equipment, creating a fully integrated construction workflow. (Geomechanics)
Experts believe this approach will be particularly valuable for:
- megaproject infrastructure
- architecturally complex structures
- large-scale high-rise developments. (Geomechanics)
5. Strategic Impact on Construction Technology
The launch signals a broader shift toward digital fabrication in construction, where:
- BIM models become the source for manufacturing
- AI generates fabrication instructions automatically
- CNC machines produce components with minimal manual intervention.
The service—developed through a 50:50 joint venture between PERI Group and DataB—is part of a wider push to digitize formwork engineering and improve productivity in the construction sector. (BDC Magazine)
Summary
The AI-enabled custom formwork service launched by PERI UK demonstrates how digital engineering can transform construction workflows. Early deployments on HS2 infrastructure and complex concrete elements show measurable benefits, including faster fabrication, reduced design errors, improved sustainability, and greater certainty in project scheduling.