NOVARESK SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ
- Jagiellońska 88/51L, 00-992 Warszawa, Poland
- 577 33 43 93
- info@novaresk.pl
- novaresk.pl
Description
NovaRESK – Your Partner in Additive Manufacturing Development
NovaRESK is an engineering and implementation company with over a decade of hands-on experience. Our primary mission is to deliver effective 3D printing technologies alongside complete implementation and post-sales support. We operate in environments requiring absolute reliability, where technology must serve to maintain operational readiness and production continuity, rather than being just an experiment.
That is why we integrate advanced numerical calculations into our operations:
Comprehensive simulations: statics, dynamics, crash tests, modal, fatigue, and buckling analyses, as well as thermal and fluid dynamics (CFD).
Specialized tasks: ballistic and blast/explosive analyses for the defense sector.
Certification and homologation support: including for the automotive industry (fatigue, vibration, and strain gauge testing).
Selecting Optimal Technologies
We do not impose generic, cookie-cutter solutions. Our core strength lies in precisely selecting optimal additive technologies tailored to the real needs and business specifics of each client. Over the past 10 years, we have rigorously verified dozens of hardware and material solutions. We filter out immature technologies, recommending only validated, predictable solutions ready for deployment in even the most demanding industrial and defense environments (dual-use technologies).
Strategic Partnerships – Metals, Ceramics, Composites, and Powders
Concurrently, we are a trusted partner and authorized representative of leading global manufacturers of advanced 3D printing systems. We offer equipment and materials from proven, certified suppliers.
By deploying these systems, we build our clients' technological sovereignty. We enable independence from external suppliers through mobile or stationary production of spare parts and tooling right at the point of use.
DfAM Training – Teaching Design Engineers Next-Gen Engineering
Purchasing a machine is just the beginning. The key to achieving a full return on investment is a skilled team. That is why at NovaRESK we place strong emphasis on education – we comprehensively train design engineering teams in DfAM (Design for Additive Manufacturing). We teach engineers how to optimize and design geometries from scratch to fully leverage the potential of additive manufacturing, effectively reducing component weight, costs, and production lead times.
Comprehensive Support (End-to-End)
Our process covers the complete implementation lifecycle: from secure reverse engineering and virtual part inventory, through reliable manufacturing process and material selection, to dependable servicing, equipment maintenance, and advanced post-processing.
NovaRESK – We don't offer experiments.
We offer a proven methodology for achieving a technical edge.
NovaRESK is an engineering and implementation company with over a decade of hands-on experience. Our primary mission is to deliver effective 3D printing technologies alongside complete implementation and post-sales support. We operate in environments requiring absolute reliability, where technology must serve to maintain operational readiness and production continuity, rather than being just an experiment.
That is why we integrate advanced numerical calculations into our operations:
Comprehensive simulations: statics, dynamics, crash tests, modal, fatigue, and buckling analyses, as well as thermal and fluid dynamics (CFD).
Specialized tasks: ballistic and blast/explosive analyses for the defense sector.
Certification and homologation support: including for the automotive industry (fatigue, vibration, and strain gauge testing).
Selecting Optimal Technologies
We do not impose generic, cookie-cutter solutions. Our core strength lies in precisely selecting optimal additive technologies tailored to the real needs and business specifics of each client. Over the past 10 years, we have rigorously verified dozens of hardware and material solutions. We filter out immature technologies, recommending only validated, predictable solutions ready for deployment in even the most demanding industrial and defense environments (dual-use technologies).
Strategic Partnerships – Metals, Ceramics, Composites, and Powders
Concurrently, we are a trusted partner and authorized representative of leading global manufacturers of advanced 3D printing systems. We offer equipment and materials from proven, certified suppliers.
By deploying these systems, we build our clients' technological sovereignty. We enable independence from external suppliers through mobile or stationary production of spare parts and tooling right at the point of use.
DfAM Training – Teaching Design Engineers Next-Gen Engineering
Purchasing a machine is just the beginning. The key to achieving a full return on investment is a skilled team. That is why at NovaRESK we place strong emphasis on education – we comprehensively train design engineering teams in DfAM (Design for Additive Manufacturing). We teach engineers how to optimize and design geometries from scratch to fully leverage the potential of additive manufacturing, effectively reducing component weight, costs, and production lead times.
Comprehensive Support (End-to-End)
Our process covers the complete implementation lifecycle: from secure reverse engineering and virtual part inventory, through reliable manufacturing process and material selection, to dependable servicing, equipment maintenance, and advanced post-processing.
NovaRESK – We don't offer experiments.
We offer a proven methodology for achieving a technical edge.
Download
-
NovaRESK-Informacje-2026.pdffile size: 4.57 MB
Products
Additive Laser Metal Processing
Additive Laser Metal Processing
The ZENIT Series represents the next evolution in laser-based manufacturing: a modular robotic cell designed for Direct Energy Deposition (DED) and advanced laser processes.
Configurable with powder DED, wire DED, or WAAM, processes such as remote laser welding, laser hardening, and surface treatments, ZENIT delivers industrial flexibility with precision at scale.
The ZENIT Series is a modular industrial robotic cell designed for additive manufacturing and advanced laser processing tailored for the defense sector. It enables rapid production and repair of large-scale components for military vehicles, aerospace, and armor.
Technical Specifications:
Kinematics: 6-axis industrial robot (expandable to 9 axes with linear track)
Power Source: High-power fiber lasers
Quality Control: Real-time pyrometry, vision systems, and process monitoring
Supported Technologies:
Powder DED: Precision repair of turbine blades, shafts, and housings.
Wire DED: Clean repair of hulls and armor plating without contamination risks.
WAAM: High-speed printing of large structural preforms and vehicle frames.
Remote Laser Welding: Distortion-free joining of armored sheet metal.
Laser Hardening: Selective surface hardening of drive sprockets, track links, and barrels.
Laser Cladding: Application of wear- and corrosion-resistant protective coatings.
Technical Specifications:
Kinematics: 6-axis industrial robot (expandable to 9 axes with linear track)
Power Source: High-power fiber lasers
Quality Control: Real-time pyrometry, vision systems, and process monitoring
Supported Technologies:
Powder DED: Precision repair of turbine blades, shafts, and housings.
Wire DED: Clean repair of hulls and armor plating without contamination risks.
WAAM: High-speed printing of large structural preforms and vehicle frames.
Remote Laser Welding: Distortion-free joining of armored sheet metal.
Laser Hardening: Selective surface hardening of drive sprockets, track links, and barrels.
Laser Cladding: Application of wear- and corrosion-resistant protective coatings.
Markforged FX10
Markforged FX10
The Markforged FX10 is a next-generation industrial additive manufacturing system engineered for demanding defense environments and military logistics. Utilizing Continuous Fiber Reinforcement (CFR) technology, the printer produces composite spare parts, equipment components, and tooling with strength comparable to aluminum alloys—at a significantly reduced weight.
Equipped with an integrated laser scanner, a heated build chamber, and full automation, the FX10 guarantees maximum dimensional accuracy and repeatability. The system enables on-demand component production at the point of need, eliminating supply bottlenecks and accelerating combat readiness recovery. It serves as a vital tool for digital inventory management and mobile containerized service stations.
The Markforged FX10 is an industrial additive manufacturing system engineered for demanding defense environments and military logistics. Utilizing Continuous Fiber Reinforcement (CFR) and a modular engine for metal printing, it produces mission-critical parts on demand.
Technical Specifications:
Build Volume: 375 × 300 × 300 mm
Heated Chamber: Up to 60°C
Quality Control: Integrated laser micrometer and vision module for real-time inspection and calibration
Automation: 4-spool cabinet with automatic spool changeover
Supported Materials:
Composites: Onyx® (micro-carbon fiber nylon), Onyx FR (flame-retardant, UL94 V-0), Onyx ESD
Continuous Fibers: Carbon Fiber & Carbon Fiber FR (delivering aluminum-level strength)
Metals (via Metal Kit): 17-4PH and 316L Stainless Steel
FX10 accelerates combat readiness recovery, optimizes digital inventory, and seamlessly integrates into mobile containerized service stations.
Technical Specifications:
Build Volume: 375 × 300 × 300 mm
Heated Chamber: Up to 60°C
Quality Control: Integrated laser micrometer and vision module for real-time inspection and calibration
Automation: 4-spool cabinet with automatic spool changeover
Supported Materials:
Composites: Onyx® (micro-carbon fiber nylon), Onyx FR (flame-retardant, UL94 V-0), Onyx ESD
Continuous Fibers: Carbon Fiber & Carbon Fiber FR (delivering aluminum-level strength)
Metals (via Metal Kit): 17-4PH and 316L Stainless Steel
FX10 accelerates combat readiness recovery, optimizes digital inventory, and seamlessly integrates into mobile containerized service stations.
Markforged Field Edition
Markforged Field Edition
The Markforged X7 Field Edition is a mobile, safe, additive manufacturing system designed for harsh field conditions and tactical operational environments. Utilizing Continuous Carbon Fiber reinforcement technology, the printer produces composite spare parts, gear, and tooling with strength comparable to aluminum alloys—at a significantly lower weight.
The unit features exceptionally low power consumption, allowing it to operate off mobile generators, battery power banks, or service vehicle electrical systems. The X7 Field Edition delivers total tactical independence, drastically reducing repair turnaround times and restoring combat readiness directly at the forward line of support.
The Markforged X7 Field Edition is an ultra-mobile, ruggedized 3D printing system engineered for operation in harsh field environments and forward military support. Enclosed in an impact-resistant transit case, it is ready for deployment within minutes of setup.
Technical Specifications:
Build/Enclosure: Heavy-duty Pelican case, shock-resistant frame
Build Volume: 330 × 270 × 200 mm
Layer Resolution: Down to 50 µm
Quality Control: Integrated real-time laser dimensional inspection
Supported Materials:
Composites: Onyx® and flame-retardant Onyx FR (UL94 V-0)
Continuous Fibers: Carbon Fiber, Kevlar®, Fiberglass, HSHT
The X7 FE provides complete logistical independence, enabling the immediate manufacturing of durable spare parts and tooling directly in active operational zones.
Technical Specifications:
Build/Enclosure: Heavy-duty Pelican case, shock-resistant frame
Build Volume: 330 × 270 × 200 mm
Layer Resolution: Down to 50 µm
Quality Control: Integrated real-time laser dimensional inspection
Supported Materials:
Composites: Onyx® and flame-retardant Onyx FR (UL94 V-0)
Continuous Fibers: Carbon Fiber, Kevlar®, Fiberglass, HSHT
The X7 FE provides complete logistical independence, enabling the immediate manufacturing of durable spare parts and tooling directly in active operational zones.
3D CERAM C1000 - TECHNICAL CERAMICS
3D CERAM C1000 - TECHNICAL CERAMICS
The 3DCeram C1000 is an advanced 3D printing system for technical ceramics, engineered for the production of mission-critical components in the defense sector. The system processes materials with extreme thermal, chemical, and mechanical resistance (including alumina, zirconia, and silicon nitride), delivering full sintered density and exceptional repeatability.
A key advantage of the C1000 in military applications is the ability to produce on-demand radomes, rocket propulsion components, ballistic shielding, and insulators. On-site manufacturing of complex-geometry parts directly establishes technological sovereignty over critical components, eliminating reliance on foreign supply chains and ensuring operational independence in crisis situations.
The 3DCeram C1000 utilizes a unique top-down stereolithography architecture (top-down laser exposure), making it the optimal solution for printing with highly viscous ceramic slurries. This approach eliminates peel forces and mechanical stress during layer recoating, guaranteeing ideal structural homogeneity, maximum repeatability, and full sintered density.
Technical Specifications:
Technology: Top-down laser stereolithography (SLA)
Build Volume: 300 × 300 × 300 mm
Layer Thickness: 25 – 100 µm
Light Source: UV laser (405 nm wavelength)
Resolution: Laser spot diameter ~50 µm
Final Sintered Density: Up to 99% (matching traditional ceramic mechanical properties)
Feeding System: Automatic recoater optimized for dense ceramic paste consumption
Supported Materials: Alumina (Al2O3), Zirconia (ZrO2), Silicon Nitride (Si3N4), Cordierite, Silica, Hydroxyapatite (HAP)
Software: Dedicated CRAMER software suite for file preparation and process control
Technical Specifications:
Technology: Top-down laser stereolithography (SLA)
Build Volume: 300 × 300 × 300 mm
Layer Thickness: 25 – 100 µm
Light Source: UV laser (405 nm wavelength)
Resolution: Laser spot diameter ~50 µm
Final Sintered Density: Up to 99% (matching traditional ceramic mechanical properties)
Feeding System: Automatic recoater optimized for dense ceramic paste consumption
Supported Materials: Alumina (Al2O3), Zirconia (ZrO2), Silicon Nitride (Si3N4), Cordierite, Silica, Hydroxyapatite (HAP)
Software: Dedicated CRAMER software suite for file preparation and process control
Markforged FX20
Markforged FX20
The Markforged FX20 is the most advanced, large-format 3D printing system engineered for the toughest challenges in the defense sector and military aerospace. It combines Continuous Fiber Reinforcement (CFR) technology with high-temperature, certified thermoplastics such as ULTEM™ 9085.
Key Technical Specifications:
Build Volume: 525 × 400 × 400 mm
Heated Chamber: Up to 200°C (precise thermal control)
Supported Materials: ULTEM™ 9085, Onyx®, Onyx FR (FST / UL94-V0 compliant) reinforced with Continuous Carbon Fiber
Quality Control: Integrated real-time laser inspection
Defense Sector Applications:
The FX20 enables the manufacturing of large-scale components with strength matching aluminum alloys at a significantly reduced weight. The system is ideal for producing durable, lightweight structural elements.
The Markforged FX20 is an automated industrial system engineered for 24/7 continuous operation, featuring minimal maintenance requirements and low operator skill barriers. Automatic calibration and an intuitive interface deliver reliable production without requiring specialized qualifications.
Technical Specifications:
Build Volume: 525 × 400 × 400 mm
Build Chamber: Heated up to 200°C with active thermal control
Automation: Automatic leveling, integrated material cabinet with auto spool changeover
Quality Control: Integrated real-time laser scanner and vision module
Supported Materials: ULTEM™ 9085, Onyx®, Onyx FR (FST / UL94-V0 compliant) reinforced with Continuous Carbon Fiber (CFR)
Certification: ISO/IEC 27001 certified, ensuring the highest information security standards
Software & Security: Secure on-premise deployment option, enabling operation in isolated military networks without internet connectivity
Technical Specifications:
Build Volume: 525 × 400 × 400 mm
Build Chamber: Heated up to 200°C with active thermal control
Automation: Automatic leveling, integrated material cabinet with auto spool changeover
Quality Control: Integrated real-time laser scanner and vision module
Supported Materials: ULTEM™ 9085, Onyx®, Onyx FR (FST / UL94-V0 compliant) reinforced with Continuous Carbon Fiber (CFR)
Certification: ISO/IEC 27001 certified, ensuring the highest information security standards
Software & Security: Secure on-premise deployment option, enabling operation in isolated military networks without internet connectivity
HP Multi Jet Fusion 1200 – Industrial 3D Printing in Military Logistics
HP Multi Jet Fusion 1200 – Industrial 3D Printing in Military Logistics
The HP MJF 1200 is a compact additive manufacturing system designed to produce durable spare parts and tactical components without the need for specialized factory infrastructure. It is an ideal solution for military units and mobile field workshops.
Key Operational Capabilities:
Reliability:
MJF technology ensures isotropic strength and watertightness of PA 12 parts, perfect for direct repair of equipment, vehicles, or drones.
Speed:
Producing fully functional parts in under 12 hours drastically shortens the supply chain and accelerates combat readiness restoration.
Ergonomics & Safety:
An automated, closed-loop powder handling system allows for safe operation in diverse environments.
HP MJF 1200 provides strategic independence – manufacture critical components exactly where they are needed.
The HP MJF 1200 is a heavy-duty system engineered for uncompromised operation in harsh environments. It enables the production of watertight, high-durability PA 12 components, ideal for field repairs of combat vehicles and unmanned aerial vehicles (UAVs).
Technical Specifications:
Build Volume: 12 liters (320 × 165 × 230 mm)
Speed: Full print cycle in under 12 hours
Simplicity: Operates on standard power supply (eliminates costly nitrogen generators)
Ergonomics: Fully automated, safe powder management workflow
Notably, in MJF technology, print time does not increase with high part packing density. A fully packed chamber of small repair items is produced in the same timeframe as a single large component. The HP 1200 system is significantly more cost-effective to deploy than competing solutions with high hidden costs, delivering a true breakthrough for military supply chains.
Technical Specifications:
Build Volume: 12 liters (320 × 165 × 230 mm)
Speed: Full print cycle in under 12 hours
Simplicity: Operates on standard power supply (eliminates costly nitrogen generators)
Ergonomics: Fully automated, safe powder management workflow
Notably, in MJF technology, print time does not increase with high part packing density. A fully packed chamber of small repair items is produced in the same timeframe as a single large component. The HP 1200 system is significantly more cost-effective to deploy than competing solutions with high hidden costs, delivering a true breakthrough for military supply chains.
Brands
3D Ceram
AltForm
HP 3D Additive Solutions - Powered by IBMT
Markforged - Powered by MARK3D