Melts metal powder with a laser to create fully dense metal parts for high-performance oil and gas applications.
Fuses together polymer or metal powder particles with a high-powered laser. Ideal for complex geometries and small batch production
Deposits layers of metal wire that is melted by an electric arc to create robust and large-scale parts.
Melts metal powder with a laser to create fully dense metal parts for high-performance oil and gas applications.
Melts metal powder with a laser to create fully dense metal parts for high-performance oil and gas applications.
Our advanced manufacturing facilities are strategically located to enable fast, localized production while maintaining the highest standards of quality, certification, and operational efficiency.
United Arab Emirates
Saudi Arabia
Netherlands
Melts metal powder with a laser to create fully dense metal parts for high-performance oil and gas applications.
Solidifies layers of liquid resin with a UV laser. Allows for high precision printing of intricate parts with smooth surface finishes.
Fuses together polymer or metal powder particles with a high-powered laser. Ideal for complex geometries and small batch production.
Extrudes polymer and thermoplastic material to produce durable, functional parts with strong interlayer adhesion.
Deposits layers of metal wire that is melted by an electric arc to create robust and large-scale parts.
Stainless Steel (316L)
Stainless Steel (17-4PH)
Super Duplex 2507
Stainless Steel 410
Stainless Steel 420
Inconel (IN625)
Inconel (IN718)
Titanium (Ti-6Al-4V)
Maraging Steel MS1 (M300)
Cobalt Chromium
Aluminum (AlSi10Mg)
ABS
PA 11 / PA 12
PEEK
Carbon Fiber PEEK
PETG
PLA
Ultem
High Temperature Resin
Tough Resin
Rigid Resin
Refines intricate features for metal spare parts by removing excess material using precise electrical charges.
Applies controlled heat to 3D printed spare parts to improve mechanical properties.
Removes residual powders, debris, or contaminants from the surface of the printed parts by using abrasive materials
Improves surface finish by vibrating abrasive materials against the printed part
Removes excess materials and refines the shape of printed spare parts by utilizing different cutting tools.
Ensures even mass distribution of rotary parts to enhance performance, longevity, and safety of rotary machinery.
Evaluate spare parts for additive manufacturing using technical and commercial criteria to prioritize high-impact components.
Technical Feasibility Analysis
Assess material compatibility, functional criticality, and application requirements.
Commercial Viability Assessment
Analyze cost, lead time, and demand patterns to maximize value.
Capture precise part geometry and technical specifications using mobile DCUs, enabling secure on-site scanning without transportation.
Capture precise part geometry and technical specifications using mobile DCUs, enabling secure on-site scanning without transportation.
Develop production-ready CAD models aligned with required specifications and standards.
Reconstruct original designs for parts with missing or obsolete documentation.
Convert validated models into secure digital twins for reliable, repeatable production.
Access a centralized platform for structured storage and easy navigation of digital spare parts across your organization.
View detailed 2D and 3D models supported by comprehensive data sets to ensure technical accuracy and transparency.
Access standardized manufacturing guidelines, including build orientation, production workflows, and quality control requirements.
Store and manage digital assets in a protected environment with advanced security protocols, automated backups, and continuous monitoring.
Interact with each part through a Digital Passport, consolidating all essential manufacturing data, integrated viewers, and ordering capabilities.
Includes:
• Details Overview
• 2D & 3D Viewer
• MTS Viewer
Evaluate spare parts for additive manufacturing using technical and commercial criteria to prioritise high-impact components.
Technical Feasibility Analysis
Assess material compatibility, functional criticality, and application requirements.
Commercial Viability Assessment
Analyze cost, lead time, and demand patterns to maximize value.
Capture precise part geometry and technical specifications using mobile DCUs, enabling secure on-site scanning without transportation.
Reconstruct original designs for parts with missing or obsolete documentation.
Develop production-ready CAD models aligned with required specifications and standards.
Validate part performance through thermal, structural, and flow simulations before manufacturing.
Convert validated models into secure digital twins for reliable, repeatable production.
To lead the transformation of manufacturing by enabling a fully digital, resilient, and sustainable spare parts ecosystem for the energy sector.
To transform the energy sector through digital inventory and advanced manufacturing solutions that improve reliability, reduce downtime, and build future ready supply chains.
We’d love to hear from you. Fill out the form and our team will get back to you within 24 hours.
Delivering confidence across the entire spare parts lifecycle through intelligent, secure, and on-demand operations.
Advanced inventory intelligence evaluates spare parts portfolios to identify optimal candidates for digitization, enabling smarter decisions and maximizing return on investment.
End-to-end ownership across the lifecycle ensures every part is validated, manufactured, and certified to meet strict quality and compliance standards.
Secure digital storage protects digitized parts with advanced encryption and controlled access, safeguarding intellectual property while enabling global availability.
On-demand production delivers parts exactly when and where they are needed, reducing lead times and minimizing operational disruption.
Rigorous validation and testing ensure every part meets precise engineering specifications, maintaining consistent, OEM-grade performance..
Localized manufacturing brings production closer to the point of need, reducing logistics complexity and strengthening supply chain resilience.
Digital inventory eliminates part unavailability, enabling certified reproduction of legacy components without reliance on physical stock.
Advanced inventory intelligence evaluates spare parts portfolios to identify optimal candidates for digitization, enabling smarter decisions and maximizing return on investment.
End-to-end ownership across the lifecycle ensures every part is validated, manufactured, and certified to meet strict quality and compliance standards.
Secure digital storage protects digitized parts with advanced encryption and controlled access, safeguarding intellectual property while enabling global availability.
On-demand production delivers parts exactly when and where they are needed, reducing lead times and minimizing operational disruption.
Rigorous validation and testing ensure every part meets precise engineering specifications, maintaining consistent, OEM-grade performance..
Localized manufacturing brings production closer to the point of need, reducing logistics complexity and strengthening supply chain resilience.
Advanced inventory intelligence evaluates spare parts portfolios to identify optimal candidates for digitization, enabling smarter decisions and maximizing return on investment.
End-to-end ownership across the lifecycle ensures every part is validated, manufactured, and certified to meet strict quality and compliance standards.
Secure digital storage protects digitized parts with advanced encryption and controlled access, safeguarding intellectual property while enabling global availability.
End-to-end ownership across the lifecycle ensures every part is validated, manufactured, and certified to meet strict quality and compliance standards.
Immensa successfully digitized and 3D-printed a titanium impeller, demonstrating the power of additive manufacturing in precision engineering.
Immensa’s 3D-printed vanes optimized sand core production in foundries, reducing manufacturing time and enhancing efficiency
Immensa successfully digitized and 3D-printed a titanium impeller, demonstrating the power of additive manufacturing in precision engineering.
Immensa’s 3D-printed vanes optimized sand core production in foundries, reducing manufacturing time and enhancing efficiency
This white paper explores the environmental benefits of local on-demand manufacturing for energy sector spare parts.
Applying additive manufacturing (AM) to oil and gas spare parts supply chains unlocks multiple advantages, including operational, financial, and environmental benefits.
This whitepaper highlights the significant role of Digital Warehousing and Additive Manufacturing.
Immensa’s 3D-printed vanes optimized sand core production in foundries, reducing manufacturing time and enhancing efficiency
Just a few details and your download will be ready instantly.
Just a few details and your download will be ready instantly.
Just a few details and your download will be ready instantly.
Just a few details and your download will be ready instantly.
Just a few details and your download will be ready instantly.
Just a few details and your download will be ready instantly.
