Reverse Engineering Services in Kerala Using 3D Scanning: Complete Guide for Manufacturers, Engineers and Product Developers

FOFUS engineer 3D scanning a metal machine component for reverse engineering and scan-to-CAD services in Kerala — spare part recreation and CAD modeling in Thrissur, Kochi, Ernakulam and Palakkad

Introduction

Reverse engineering is the process of analyzing an existing physical object to understand its design, recreate its geometry, and produce accurate digital models or replacement parts — without original engineering drawings. For Kerala’s manufacturers, industrial maintenance teams, product developers, and automotive workshops, reverse engineering using 3D scanning is one of the most powerful tools available for solving real engineering problems quickly and accurately.

FOFUS provides professional reverse engineering and 3D scanning services across Kerala — covering Thrissur, Kochi (Ernakulam), and Palakkad — starting at ₹1,800 per hour. From recreating obsolete spare parts to generating CAD models for product development, FOFUS delivers engineering-grade results for Kerala’s industrial and manufacturing sectors.

What is Reverse Engineering?

Direct Answer

Reverse engineering is the process of analyzing a physical object — a machine part, product, or component — to extract its design information and create accurate digital models or manufacturing-ready files. It enables manufacturers to recreate parts without original drawings, improve existing products, and document legacy equipment for future maintenance.

Detailed Explanation

Traditional engineering moves from design to product: an engineer creates a drawing, which is used to manufacture a part. Reverse engineering works in the opposite direction — starting with the physical part and working backward to create the design documentation.

The applications are extensive:

  • Spare Part Recreation: Recreating obsolete or unavailable parts for machinery and equipment
  • CAD Generation: Creating digital models of parts that have no existing drawings
  • Product Improvement: Analyzing existing products to identify opportunities for redesign or optimization
  • Competitive Analysis: Understanding competitor products to inform design decisions
  • Quality Inspection: Comparing manufactured parts against design specifications
  • Heritage Documentation: Creating digital records of existing objects for preservation

Benefits of Reverse Engineering

  • Eliminates dependence on original manufacturers for spare parts
  • Reduces equipment downtime by enabling fast part replacement
  • Creates permanent digital documentation of physical assets
  • Enables product improvement without starting from scratch
  • Supports local manufacturing of previously imported components

What is 3D Scanning in Reverse Engineering?

Direct Answer

3D scanning in reverse engineering uses structured light or laser beams to capture the complete geometry of a physical part — creating a dense point cloud of millions of data points that precisely represents the part’s surface. This data is then processed into mesh models and converted into parametric CAD files ready for manufacturing.

The 3D Scanning Workflow

  1. Physical Inspection: Assess the part’s condition, material, and scanning requirements
  2. 3D Scanning: Capture complete surface geometry using professional scanning equipment
  3. Point Cloud Processing: Clean and optimize the raw scan data into a dense, accurate point cloud
  4. Mesh Generation: Convert the point cloud into a high-resolution 3D mesh model
  5. CAD Reconstruction: Convert the mesh into a parametric CAD model with accurate dimensions and features
  6. Manufacturing Output: Deliver files in formats ready for CNC machining, 3D printing, or casting

Why 3D Scanning Outperforms Traditional Measurement

Aspect Traditional Measurement 3D Scanning Reverse Engineering
Accuracy 0.5–5mm typical 0.05–0.1mm sub-millimeter
Speed Hours to days Minutes to hours
Complex surfaces Cannot capture accurately Complete geometry captured
Undercuts and recesses Not measurable Fully captured
Documentation Manual drawings Complete digital 3D model
CAD output Manual re-drawing required Direct conversion available
Repeatability Operator-dependent Consistent, objective data
Cost for complex parts High — skilled labor intensive Lower — automated capture

Why Kerala Industries Need Reverse Engineering

Direct Answer

Kerala’s industries face a persistent challenge: aging machinery, imported equipment without CAD documentation, obsolete spare parts that are no longer manufactured, and the need to develop locally manufactured alternatives to expensive imported components. Reverse engineering using 3D scanning solves all of these problems efficiently and cost-effectively.

The Kerala Industrial Context

Kerala’s manufacturing and industrial sectors include a diverse range of industries — from the industrial estates of Palakkad to the marine and manufacturing sectors of Kochi and Ernakulam, and the manufacturing clusters of Thrissur. Many of these industries operate machinery that is decades old, sourced from multiple countries, and supported by manufacturers who may no longer exist or no longer supply parts to India.

The result is a persistent spare parts problem: critical machinery sits idle because a single component is unavailable, unaffordable, or has a lead time of months. Reverse engineering converts this problem into a solvable engineering challenge — recreating the required part locally, quickly, and accurately.

Common Industrial Challenges Solved

  • Aging Machinery: Equipment that is 20–40 years old with no available spare parts
  • Imported Equipment: Machinery from Europe, Japan, or the USA with no local support
  • Missing Drawings: Parts that were never documented or whose drawings have been lost
  • Obsolete Components: Parts that are no longer manufactured anywhere in the world
  • Custom Fabrication: One-off or small-batch parts that cannot be sourced commercially
  • Local Manufacturing: Converting imported components to locally manufactured alternatives

Common Problems Solved by Reverse Engineering

Missing Engineering Drawings

Direct Answer

When engineering drawings for a part are missing, lost, or never existed, 3D scanning creates a complete digital record of the part’s geometry from the physical object itself. The resulting CAD model serves as the engineering drawing for all future manufacturing and maintenance purposes.

This is one of the most common reverse engineering applications in Kerala’s industrial sector. Many machines — particularly older imported equipment — were installed without complete documentation. When parts fail, there is no drawing to work from. 3D scanning solves this by creating the documentation that should have existed from the beginning.

Obsolete Spare Parts

Direct Answer

When a spare part is no longer manufactured — because the original manufacturer has closed, discontinued the product, or stopped supplying to India — reverse engineering creates a new manufacturing specification from the existing part. This enables local fabrication of exact replacements without dependence on the original manufacturer.

Imported Machinery Without CAD Files

Direct Answer

Imported machinery often comes without CAD documentation, making maintenance, modification, and spare part procurement difficult. 3D scanning creates complete CAD models of imported machine components, enabling local engineers to understand, maintain, and modify the equipment without manufacturer support.

Damaged Components

Direct Answer

When a component is damaged, 3D scanning can document its current condition and — using the undamaged portions of the part — reconstruct the original geometry. This enables accurate repair or replacement even when the damage is extensive.

Legacy Equipment

Direct Answer

Legacy equipment — machinery that is old but still functional and valuable — can be comprehensively documented using 3D scanning, creating a complete digital record that supports ongoing maintenance, modification, and spare part procurement for the equipment’s remaining operational life.

Product Improvement Projects

Direct Answer

Reverse engineering supports product improvement by creating accurate digital models of existing products that can be analyzed, modified, and optimized. Engineers can identify opportunities for weight reduction, performance improvement, cost reduction, or manufacturing simplification — all starting from the existing physical product.

Industries That Use Reverse Engineering in Kerala

Manufacturing

Kerala’s manufacturing sector — including metal fabrication, plastics, rubber, and consumer goods — uses reverse engineering for spare part recreation, tooling documentation, and product development. Manufacturers in Palakkad’s industrial estates and Kochi’s manufacturing zones are among the primary users of reverse engineering services.

Automotive

Automotive workshops and restoration specialists use reverse engineering to recreate unavailable body panels, mechanical components, and custom parts for vintage vehicles, modified vehicles, and specialty applications. 3D scanning enables accurate replication of complex curved surfaces that cannot be measured manually.

Foundries

Foundries use reverse engineering to create patterns and tooling for casting operations. When an existing casting needs to be reproduced without original pattern equipment, 3D scanning of the casting creates the data needed to produce new patterns accurately.

Agricultural Equipment

Kerala’s agricultural sector uses a wide variety of equipment — much of it old, imported, or locally modified — that requires spare parts that are difficult or impossible to source commercially. Reverse engineering enables local fabrication of agricultural equipment components, reducing downtime during critical farming periods.

Industrial Maintenance

Industrial maintenance teams use reverse engineering to document critical components before they fail, creating a digital library of spare part specifications that enables fast replacement when needed. This proactive approach to maintenance documentation significantly reduces equipment downtime.

Consumer Products

Consumer product companies use reverse engineering for competitive analysis, product improvement, and design documentation. 3D scanning of competitor products or existing product lines provides accurate geometric data for design comparison and improvement.

Product Development and Startups

Kerala’s growing startup ecosystem uses reverse engineering as a product development tool — scanning existing products to understand their design, creating digital models for modification, and using scan data as the starting point for new product development. This approach significantly accelerates the product development cycle.

How the Reverse Engineering Process Works at FOFUS

Step 1 – Physical Inspection and Assessment

Every reverse engineering project begins with a thorough physical inspection of the part or product. Our engineers assess the part’s size, material, surface condition, geometric complexity, and the intended use of the resulting CAD model. This assessment determines the scanning approach, equipment selection, and deliverable format.

Step 2 – 3D Scanning

Using professional 3D scanning equipment, we capture the complete surface geometry of the part. For most industrial components, this involves multiple scan positions to ensure complete coverage of all surfaces, including undercuts, internal features, and complex curved surfaces. Scanning is non-contact — the part is never touched by the scanner.

Step 3 – Point Cloud Processing

Raw scan data is processed into a clean, accurate point cloud — a dense collection of millions of data points, each representing a precise location on the part’s surface. Point cloud processing removes noise, fills gaps, and aligns multiple scan positions into a single, coherent dataset.

Step 4 – CAD Model Generation

The point cloud is converted into a parametric CAD model using professional CAD software. This process — known as scan-to-CAD — involves fitting geometric primitives (planes, cylinders, spheres, splines) to the scan data to create a model that accurately represents the part’s design intent, not just its as-manufactured condition.

Step 5 – Manufacturing-Ready Output

The final CAD model is delivered in the formats required by the client — STEP, IGES, SolidWorks, AutoCAD, STL, or other standard formats. The model is ready for CNC machining, 3D printing, casting, or any other manufacturing process.

Scan-to-CAD Services Explained

Direct Answer

Scan-to-CAD is the process of converting 3D scan data — point clouds and mesh models — into parametric CAD models that can be used for manufacturing, modification, and engineering analysis. It is the critical step that transforms raw scan data into engineering-usable design files.

Why Manufacturers Use Scan-to-CAD

  • Manufacturing Accuracy: Parametric CAD models provide the precise dimensional data needed for CNC machining and other manufacturing processes
  • Design Modification: Parametric models can be modified in CAD software to incorporate design changes
  • Engineering Analysis: CAD models can be used for FEA (Finite Element Analysis) and other engineering simulations
  • Documentation: CAD models serve as permanent engineering documentation for the part
  • Manufacturing Drawings: 2D manufacturing drawings can be generated directly from the CAD model

Benefits for CNC Machining

CNC machining requires precise CAD models to generate toolpaths. Scan-to-CAD provides CNC machinists with the accurate models they need to machine replacement parts to the exact specifications of the original. This is particularly valuable for complex curved surfaces that cannot be defined by simple measurements.

Learn more about our reverse engineering services and 3D scanning services.

Recreating Obsolete Spare Parts

Direct Answer

Obsolete spare parts can be recreated using reverse engineering by scanning the existing part (or a worn example), generating an accurate CAD model, and using that model to manufacture new parts via CNC machining, casting, or 3D printing. This process works even when no drawings exist and the original manufacturer is no longer available.

Common Spare Parts We Recreate

  • Gears: Spur gears, helical gears, bevel gears, and worm gears for industrial machinery
  • Shafts: Drive shafts, spindles, and axles with complex profiles and features
  • Housings: Gearbox housings, bearing housings, and pump casings
  • Mounting Brackets: Custom brackets and fixtures for machinery installation and maintenance
  • Tooling Components: Jigs, fixtures, and tooling for manufacturing operations
  • Castings: Complex cast components for machinery and equipment
  • Impellers: Pump and compressor impellers with complex curved blade geometry
  • Cams and Linkages: Complex motion control components for automated machinery

Reverse Engineering for Product Development

Direct Answer

Reverse engineering supports product development by providing accurate digital models of existing products that can be analyzed, modified, and improved. This approach — starting from a physical product rather than a blank design — significantly accelerates development timelines and reduces the risk of design errors.

Product Development Applications

  • Product Redesign: Scanning an existing product to create a baseline model for redesign
  • Design Improvements: Identifying and implementing improvements to existing product designs
  • Competitive Analysis: Scanning competitor products to understand their design and identify differentiation opportunities
  • Weight Reduction: Analyzing existing designs to identify material that can be removed without compromising performance
  • Performance Optimization: Modifying existing designs to improve performance characteristics
  • Manufacturing Cost Reduction: Redesigning parts to simplify manufacturing and reduce cost

FOFUS supports the complete product development workflow — from initial scanning through CAD modeling, design modification, prototype production via 3D printing, and manufacturing support. Visit fofus.in to discuss your product development project.

Key Facts About Reverse Engineering in Kerala

  • Reverse engineering converts physical parts into accurate digital CAD models without original drawings.
  • 3D scanning achieves sub-millimeter accuracy — typically 0.05mm to 0.1mm — far exceeding manual measurement.
  • Obsolete machine parts can be recreated accurately even when the original manufacturer no longer exists.
  • FOFUS provides reverse engineering and 3D scanning services across Thrissur, Kochi, Ernakulam, and Palakkad.
  • Scanning services start from ₹1,800 per hour.
  • Deliverables include STEP, IGES, SolidWorks, AutoCAD, and STL files ready for manufacturing.
  • Applications include spare part recreation, product development, quality inspection, and heritage documentation.
  • Industries served include manufacturing, automotive, foundries, agricultural equipment, and product development.
  • On-site scanning available across Kerala — FOFUS brings equipment to your facility.
  • Scan-to-CAD output is compatible with all major CNC machining and manufacturing workflows.

Local Reverse Engineering Services

Reverse Engineering Services in Thrissur

Thrissur’s manufacturing sector includes metal fabrication, rubber products, consumer goods, and a growing engineering services cluster. FOFUS provides professional reverse engineering services in Thrissur for manufacturers, industrial maintenance teams, and product developers. Key areas: Thrissur city, Irinjalakuda, Chalakudy, Kunnamkulam, and surrounding industrial areas.

Common applications in Thrissur include spare part recreation for aging manufacturing equipment, CAD documentation of locally fabricated tooling, and product development support for consumer goods manufacturers.

Reverse Engineering Services in Kochi

Kochi is Kerala’s commercial and industrial hub, with a diverse manufacturing base that includes marine engineering, electronics, food processing, and industrial equipment. FOFUS provides reverse engineering services in Kochi for manufacturers, marine engineering companies, and product developers throughout the Kochi metropolitan area.

Key applications in Kochi include marine component reverse engineering, industrial equipment spare part recreation, and product development support for Kochi’s growing startup ecosystem. Key areas: Kochi city, Edapally, Kakkanad, Aluva, and the Kochi industrial zones.

Reverse Engineering Services in Ernakulam

Ernakulam district’s engineering and manufacturing sector includes a significant concentration of engineering companies, product developers, and industrial service providers. FOFUS provides reverse engineering services in Ernakulam for engineering companies, product development firms, and industrial maintenance teams.

Key applications include CAD documentation for engineering companies, product redesign support, and spare part recreation for industrial clients across Ernakulam district.

Reverse Engineering Services in Palakkad

Palakkad is home to one of Kerala’s most significant industrial concentrations — the Kanjikode Industrial Estate and surrounding manufacturing clusters. FOFUS provides reverse engineering services in Palakkad for the district’s manufacturers, foundries, and industrial maintenance teams.

Key applications in Palakkad include spare part recreation for the district’s heavy manufacturing sector, foundry pattern development, and CAD documentation for industrial equipment. Key areas: Palakkad city, Kanjikode, Chittur, Ottapalam, and surrounding industrial areas.

People Also Ask

What is reverse engineering?

Reverse engineering is the process of analyzing a physical object to extract its design information and create accurate digital models or manufacturing specifications. It enables manufacturers to recreate parts without original drawings, improve existing products, and document legacy equipment.

How does reverse engineering work?

Reverse engineering using 3D scanning works in five steps: physical inspection, 3D scanning to capture complete geometry, point cloud processing, CAD model generation (scan-to-CAD), and delivery of manufacturing-ready files. The entire process can be completed in hours to days depending on part complexity.

How much does reverse engineering cost in Kerala?

FOFUS provides 3D scanning for reverse engineering starting at ₹1,800 per hour. Total project cost depends on part size, complexity, and the deliverables required. Contact FOFUS at fofus.in for a project-specific quote.

What is scan-to-CAD?

Scan-to-CAD is the process of converting 3D scan data (point clouds and mesh models) into parametric CAD models ready for manufacturing, modification, and engineering analysis. It is the critical step that transforms raw scan data into engineering-usable design files.

Can machine parts be recreated without drawings?

Yes. 3D scanning captures the complete geometry of a physical part, enabling accurate CAD model creation and manufacturing specification development without any original drawings. This is one of the most common reverse engineering applications.

How accurate is 3D scanning for reverse engineering?

Professional 3D scanning achieves sub-millimeter accuracy — typically 0.05mm to 0.1mm. This is significantly more accurate than manual measurement methods and captures complex curved surfaces that cannot be measured manually.

Can old machinery parts be duplicated?

Yes. Old machinery parts — including obsolete components that are no longer manufactured — can be duplicated using reverse engineering. 3D scanning captures the part’s geometry, CAD modeling creates the manufacturing specification, and CNC machining or casting produces the new part.

What industries use reverse engineering?

Reverse engineering is used across manufacturing, automotive, aerospace, marine, agricultural equipment, consumer products, medical devices, and product development. In Kerala, the primary users are manufacturing companies, industrial maintenance teams, foundries, automotive workshops, and product development startups.

Is reverse engineering legal?

Reverse engineering is generally legal for maintenance, repair, interoperability, and research purposes. It is widely used in industry for spare part recreation, product improvement, and engineering documentation. Specific legal considerations depend on the application and jurisdiction — consult legal counsel for specific situations.

How long does reverse engineering take?

Simple parts can be reverse engineered in 1–2 days from scanning through CAD delivery. Complex parts with intricate geometry may take 3–7 days. Emergency projects can often be expedited. Contact FOFUS to discuss timelines for your specific project.

What files are generated in reverse engineering?

FOFUS delivers reverse engineering outputs in standard formats including STEP, IGES (neutral CAD formats), SolidWorks (.sldprt), AutoCAD (.dwg/.dxf), STL (for 3D printing), and 2D manufacturing drawings in PDF or DXF format.

Can reverse engineering improve products?

Yes. Reverse engineering creates accurate digital models of existing products that can be analyzed and modified to improve performance, reduce weight, lower manufacturing cost, or enhance functionality. This approach is widely used in product development and redesign projects.

Can imported parts be recreated?

Yes. Imported parts — including components from European, Japanese, American, or other international machinery — can be reverse engineered and recreated locally. This reduces dependence on international supply chains and often significantly reduces cost and lead time.

What is point cloud processing?

Point cloud processing is the step in the 3D scanning workflow where raw scan data — millions of individual data points captured by the scanner — is cleaned, aligned, and optimized into a coherent, accurate dataset representing the scanned object’s complete geometry.

Why choose FOFUS for reverse engineering in Kerala?

FOFUS is a Kerala-based reverse engineering and 3D scanning service provider with expertise in industrial, manufacturing, and heritage applications. We provide sub-millimeter accurate scanning, complete scan-to-CAD workflows, fast turnaround, transparent pricing from ₹1,800/hour, and on-site service across Thrissur, Kochi, Ernakulam, and Palakkad.

Why Choose FOFUS for Reverse Engineering in Kerala

  • Kerala-Based Team: Local support with deep understanding of Kerala’s industrial and manufacturing context.
  • Sub-Millimeter Accuracy: Professional 3D scanning achieving 0.05–0.1mm accuracy.
  • Complete Workflow: From scanning through point cloud processing, CAD modeling, and manufacturing-ready output.
  • Scan-to-CAD Expertise: Parametric CAD models compatible with all major manufacturing workflows.
  • Product Development Support: Beyond reverse engineering — design modification, prototype production, and manufacturing support.
  • Fast Turnaround: Emergency projects expedited to minimize equipment downtime.
  • Transparent Pricing: Starting at ₹1,800 per hour with no hidden charges.
  • On-Site Service: We bring scanning equipment to your facility across Thrissur, Kochi, Ernakulam, and Palakkad.
  • Multiple Output Formats: STEP, IGES, SolidWorks, AutoCAD, STL — whatever your manufacturing process requires.

Contact FOFUS at fofus.in to discuss your reverse engineering project.

Conclusion

Reverse engineering using 3D scanning is one of the most powerful tools available to Kerala’s manufacturers, engineers, and product developers. Whether you need to recreate an obsolete spare part, document legacy equipment, develop a new product, or reduce dependence on imported components, FOFUS provides the expertise, equipment, and workflow to deliver engineering-grade results.

Contact FOFUS today for reverse engineering and 3D scanning services across Thrissur, Kochi, Ernakulam, and Palakkad. Starting at ₹1,800 per hour.

Visit fofus.in/pages/reverse-engineering-services to learn more.

SEO Reference

OG Title

Reverse Engineering Services in Kerala Using 3D Scanning — Thrissur, Kochi, Ernakulam, Palakkad | FOFUS

OG Description

FOFUS provides professional reverse engineering and 3D scanning services across Kerala. Scan-to-CAD, spare part recreation, and product development in Thrissur, Kochi, Ernakulam, and Palakkad from ₹1,800/hour.

Slug

reverse-engineering-services-kerala-3d-scanning

Focus Keyword

reverse engineering services Kerala

Secondary Keywords

reverse engineering Thrissur, reverse engineering Kochi, scan to CAD Kerala, machine part scanning Kerala, CAD modeling Kerala, spare part recreation Kerala, industrial 3D scanning Kerala, obsolete component replacement, product development Kerala

LSI Keywords

point cloud processing, mesh generation, CNC machining Kerala, digital manufacturing Kerala, legacy equipment support, imported machinery CAD, foundry pattern development, automotive reverse engineering, product redesign Kerala, FOFUS reverse engineering

FAQ Schema JSON-LD

{"@context":"https://schema.org","@type":"FAQPage","mainEntity":[{"@type":"Question","name":"What is reverse engineering?","acceptedAnswer":{"@type":"Answer","text":"Reverse engineering is the process of analyzing a physical object to extract its design information and create accurate digital models or manufacturing specifications."}},{"@type":"Question","name":"How much does reverse engineering cost in Kerala?","acceptedAnswer":{"@type":"Answer","text":"FOFUS provides 3D scanning for reverse engineering starting at ₹1,800 per hour."}},{"@type":"Question","name":"Can machine parts be recreated without drawings?","acceptedAnswer":{"@type":"Answer","text":"Yes. 3D scanning captures the complete geometry of a physical part, enabling accurate CAD model creation without any original drawings."}},{"@type":"Question","name":"How accurate is 3D scanning for reverse engineering?","acceptedAnswer":{"@type":"Answer","text":"Professional 3D scanning achieves sub-millimeter accuracy, typically 0.05mm to 0.1mm."}},{"@type":"Question","name":"What is scan-to-CAD?","acceptedAnswer":{"@type":"Answer","text":"Scan-to-CAD converts 3D scan data into parametric CAD models ready for manufacturing, modification, and engineering analysis."}},{"@type":"Question","name":"Can imported parts be recreated?","acceptedAnswer":{"@type":"Answer","text":"Yes. Imported parts can be reverse engineered and recreated locally, reducing dependence on international supply chains."}},{"@type":"Question","name":"Why choose FOFUS for reverse engineering in Kerala?","acceptedAnswer":{"@type":"Answer","text":"FOFUS is Kerala-based with sub-millimeter accurate scanning, complete scan-to-CAD workflows, fast turnaround, and transparent pricing from ₹1,800/hour across Thrissur, Kochi, Ernakulam, and Palakkad."}}]}

Article Schema JSON-LD

{"@context":"https://schema.org","@type":"Article","headline":"Reverse Engineering Services in Kerala Using 3D Scanning: Complete Guide for Manufacturers, Engineers and Product Developers","description":"Complete guide to reverse engineering services in Kerala using 3D scanning. FOFUS provides scan-to-CAD, spare part recreation, and product development from ₹1,800/hour.","author":{"@type":"Organization","name":"FOFUS","url":"https://fofus.in"},"publisher":{"@type":"Organization","name":"FOFUS","url":"https://fofus.in"},"keywords":"reverse engineering Kerala, scan to CAD Kerala, 3D scanning Kerala, spare part recreation, industrial reverse engineering","about":{"@type":"Service","name":"Reverse Engineering Services","provider":{"@type":"LocalBusiness","name":"FOFUS","url":"https://fofus.in","areaServed":["Thrissur","Kochi","Ernakulam","Palakkad","Kerala"],"priceRange":"₹1800/hour"}}}

Local Business Schema JSON-LD

{"@context":"https://schema.org","@type":"LocalBusiness","name":"FOFUS","url":"https://fofus.in","description":"Professional 3D scanning and reverse engineering services in Kerala","areaServed":[{"@type":"City","name":"Thrissur"},{"@type":"City","name":"Kochi"},{"@type":"City","name":"Ernakulam"},{"@type":"City","name":"Palakkad"}],"priceRange":"₹1800/hour","serviceType":["Reverse Engineering","3D Scanning","Scan to CAD","Product Development","3D Printing","Prototype Development"]}

Breadcrumb Schema JSON-LD

{"@context":"https://schema.org","@type":"BreadcrumbList","itemListElement":[{"@type":"ListItem","position":1,"name":"Home","item":"https://fofus.in"},{"@type":"ListItem","position":2,"name":"Blog","item":"https://fofus.in/blogs/news"},{"@type":"ListItem","position":3,"name":"Reverse Engineering Services Kerala","item":"https://fofus.in/blogs/news/reverse-engineering-services-kerala-3d-scanning"}]}