Sheet Metal Fabrication Built for System Integration & Scalable Production

Fabrication Integrated into Full Manufacturing | CNC Bending • Welding • Assembly Ready
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Unlike typical sheet metal fabricators or standalone fabrication shops, we supervise fabrication with engineering intent, ensuring that each part supports fit-up accuracy, load-bearing capability and downstream manufacturing compatibility. Our approach eliminates manufacturing silos, prevents tolerance build-up and accelerates production readiness, delivering components that are not just fabricated, but engineered for system integration.
Supported by UK-based engineering teams and powered by large-scale manufacturing facilities in India, Wootz.work enables manufacturers, OEMs and automation companies to scale their sheet metal production with quality assurance, supply reliability and cost-efficiency.
At Wootz.work, rather than treating cutting as a standalone task, we use it as a precision-driven stage within a full manufacturing approach, optimised for high-performance, production-ready output. This engineering-led integration ensures greater accuracy, traceability and consistency than isolated cutting services, delivering industry-grade results from first cut to final assembly.

Engineered in India, Supported Across the UK

Industrial-Grade Fabrication | ISO Certified | Built for Production
With operations across India and technical support teams in the UK, we help businesses combine cost-effective manufacturing with global compliance and engineering oversight. This hybrid model allows UK manufacturers to access large-volume fabrication capacity, structured quality control and predictable delivery, without sacrificing communication, documentation or traceability.
This approach empowers UK-based procurement managers, engineering teams and OEM partners to scale beyond typical sheet metal fabrication companies, without risk, uncertainty or unstable supply.
Why this matters:
  • ISO 9001, ISO 14001 and ISO 45001 certified systems
  • Full material traceability, test certification and QA documentation
  • Integrated welding maps, inspection reports and project visibility
  • Consistency across prototypes, pilot builds and full-scale production
  • Multi-plant manufacturing redundancy to protect supply continuity
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Designed for Production, Not Just Material Forming

Engineering Validation Before Fabrication Begins
Most sheet metal fabricators accept material specifications and begin production based on geometry alone. At Wootz.work, we begin every fabrication project with engineering review to ensure correct interpretation of:
Load-bearing requirements
Assembly tolerances and interface conditions
Impact on future machining or welding
Structural function under operational stresses
Process-specific heat behaviour, deformation and edge condition
This ensures that fabrication is not executed simply for dimensional accuracy, but with purpose related to long-term machine or system performance.
Our engineers coordinate with your team before fabrication begins to answer:
  • “What does this component do once formed?”
  • “Is it the final form or will it be machined after bending?”
  • “Will it carry load in an assembled structure?”
  • “What tolerance depth is required for fasteners or fit?”
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Only after this process do we optimise cutting, bending and sequence planning, leading to high compatibility with subsequent manufacturing steps.

Sheet Metal Fabrication Capabilities

Engineering-led profiling, forming and assembly
We deploy methods based on structural analysis, material behaviour and manufacturing sequence integration.
Core Fabrication Processes
  • CNC Bending (3–7 axis) – for high repeatability and precision folded geometry
  • Sheet Metal Welding (MIG, TIG & Robotised) – matched to mechanical or structural requirements
  • Laser / Plasma Profiling – edge definition designed for bending, machining and finishing
  • Machining of Formed Parts – post-bend precision for tolerance critical sections
  • Assembly Pre-Fit & Mechanical Integration – for multi-component build units
Additional services
  • Threading, tapping, fastener mounting
  • Surface treatment (powder coating, wet painting, galvanisation)
  • Heat treatment (based on part function)
  • QC inspection reports, test samples and packaging for export
Sheet Metal Fabrication Capabilities
Engineering-led profiling, forming and assembly
We deploy methods based on structural analysis, material behaviour and manufacturing sequence integration.
Load-bearing requirements
Assembly tolerances and interface conditions
Impact on future machining or welding
Structural function under operational stresses
Process-specific heat behaviour, deformation and edge condition
By combining fabrication with machining, welding and assembly under one system, we maintain consistent quality and delivery performance as volumes increase, something many standalone sheet metal fabricators struggle to achieve.
Integrated Fabrication Workflows
The strength of our sheet metal fabrication lies in its synergy with other in-house capabilities rather than isolation.
This sequential workflow removes unnecessary subcontracting and production hand-off steps — one of the biggest contributors to rework, tolerance drift and dropped delivery timelines.
Why Manufacturers Choose Us Over Typical Sheet Metal Fabrication Companies
Most sheet metal fabricators operate as standalone production shops. Wootz.work operates as an engineering and manufacturing partner, providing deeper process control and greater system-level awareness.
Typical Sheet Metal Fabricator
Wootz.work
Focus on bending, cutting only
Full manufacturing integration
No engineering review
Engineering validation before production
Limited to small-scale output
Prototype to high-volume production
No CNC machining
Fabrication + machining + assembly
No UK support
UK technical & commercial integration
Reactive quality control
In-process checks + process control
We help manufacturers reduce rework, speed up assembly, and stabilise long-term supply.
Industries That Rely on Our Sheet Metal Fabrication Services
We support engineering-led manufacturers where precision, durability and assembly compatibility are essential.

These industries demand not just cutting, bending or welding, but fabrication with process predictability, engineering validation and system performance built-in.
OEM component manufacturing
Industrial machine building and equipment fabrication
Automation and robotics integration
Vehicle body assemblies and casings
Energy infrastructure and power systems
Architectural metalwork and engineered structures
Quality Assurance & Process Control
ISO-Aligned | Production-Grade Validation | Traceability at Every Stage
Quality at Wootz.work is not just measured at the end of fabrication, it is engineered into every operation. Our sheet metal fabrication follows a structured quality framework designed to ensure component accuracy, production repeatability and compliance with OEM manufacturing standards.We combine in-process inspection, material validation and final QA documentation, enabling our clients to meet internal audit requirements, industry compliance demands and long-term production stability.
Our quality assurance model includes:
  • ISO 9001, ISO 14001 & ISO 45001 aligned manufacturing systems
  • Material certifications and test reports provided upon request
  • Weld quality validation supported by weld maps and heat control documentation
  • Dimensional inspections using calibrated measurement tools and fixtures
  • CMM inspection (when tolerance-critical machining follows fabrication)
  • Batch traceability from raw material lot to final delivered part
  • PPAP, FAI and quality documentation support available for regulated sectors
Where necessary, we provide evidence of compliance to project requirements through:
  • Dimensional inspection reports
  • Surface finishing validation (thickness and adhesion tests)
  • Photographic or digital inspection evidence
  • On-request gauge R&R and statistical process control data
Unlike typical fabrication suppliers, we monitor tolerance consistency across multiple production cycles and adjust processes proactively. This is particularly valuable when sheet metal parts are destined for machining, robotic integration or critical structural applications, where dimensional drift or heat impact can compromise performance.
Sustainable, Efficient and Waste-Optimised Fabrication
We incorporate eco-efficient practices into our sheet metal fabrication processes:
Material offcut tracking and responsible recycling
Advanced nesting software for sheet metal efficiency
Controlled weld gas and energy-efficient forming systems
Zero-VOC powder coating options
Lifecycle-focused design to reduce unnecessary weight and waste
Sustainability is not treated as a checkbox, it is designed into the fabrication process.
Digital Fabrication, CAD/CAM Integration & Design Collaboration
Sheet metal fabrication precision begins long before production. We engage early in the design process to help clients optimise:
Flat pattern development and nesting efficiency
Bend radii and K-factor selection
Material gauge selection for load and cost optimisation
Design for fabrication (DfF) and design for assembly (DfA)
Stress and distortion prediction based on weld maps
Supported Digital Formats
DWG,DXF,STEP,IGES,CATIA,SolidWorks,Creo,FusionAuto,CAD
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Whether you're developing new sheet metal prototypes or scaling into full production, Wootz.work provides the engineering insight, manufacturing control and scalability that traditional sheet metal fabricators cannot match.
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