Rapid prototyping
Prototype in standard materials like PLA, PETG, or ASA in just hours. Bypass outsourcing delays and validate ergonomics and mechanical fit fast enough to run multiple design cycles in a single shift.
Prusa Pro HT90The only 3D printer an engineer needs
Prototype. Validate. Produce. All on a single printer
Reduce time-to-market to days instead of months
Ultra‑fast prototyping
Stop burning weeks on external lead times. You can have your PLA prototype before lunch and validate functional ASA or PC-CF parts before the afternoon sync.
Producing end‑use parts
Switch to the magnetically attached high-temp toolhead, and deploy small to mid-sized parts with high-temp polymers like PEEK, PEKK or PEI.
100% offline, 100% safe
Protect your intellectual property with optional fully offline operation and a removable Wi-Fi module. Keep design files, process settings, and production data inside your environment.
Simple workflow
With HT90, anyone who can plug in a power cord can 3D print. With an actively heated chamber and a rapid cooling system, you don't need a dedicated specialist to handle even complex geometries.
World leaders in innovation trust Prusa
Designed and manufactured in Prague. Trusted by 110,000+ businesses worldwide for high reliability and data security.
The most affordable industrial-grade 3D printer
There is no other printer in this price range with such capabilities
500 °C
MAX NOZZLE TEMPERATURE
Print high-performance materials
90 °C
max chamber temperature
Active heating for high-temp materials
20 min
Unboxing to first print
Fully assembled, no setup required
€11,490
Starting price
The most affordable industrial-grade 3D printer
24/7
PREMIUM SUPPORT
Prusa Pro support maximizes your uptime
110,000+
Businesses trust Prusa
Worldwide installed base of Prusa 3D printers
From concept to end-use part in days
One 3D Printer covers the full product development cycle.
Industrial strength
Achieve production-grade results with advanced engineering polymers like PA-CF, PC-CF, and PA11. High-performance composites provide the structural stiffness and industrial toughness.
End‑use production
Switch to the high-temp toolhead and unlock the capability to print PEEK, PEKK, and ULTEM – small-to-mid-sized components with the extreme thermal and chemical resistance needed for aerospace and medical applications.
Prusa is the secure option
95% of desktop 3D printers sold are made by Chinese companies. Prusa is the remaining 5%. Does origin matter? Yes.
All Chinese companies are required to cooperate with state intelligence (National Intelligence Law, 2017), hand over encryption keys (Cryptography Law, 2020), and provide data to authorities regardless of where it's stored - even on EU or US servers (Data Security Law, 2021). Product designs and 3D models a legitimate target too (2023 Counter-Espionage Law update).
“There is a real risk that data on prints, design models, or production processes could be transmitted to servers beyond the user’s control, including to the territory of the PRC.”
HT90 is TAA compliant, which is required for US government and federal contractor purchases.
IN-HOUSE PROTOTYPING WITH HT90
Gain a competitive edge
Imagine a scenario where your competition waits weeks for their prototyping molds. Your team has a functional prototype ready just hours after the initial idea. You can iterate in real time and reduce lead times by 95%.
You can also achieve an 80% or more cost reduction per part. HT90 users achieve full ROI on an HT90 printer in months, or even weeks.
Two print heads. One machine. Full material range
Master the industrial‑grade polymers
The Prusa Pro HT90 is your cost-effective gateway to high-performance polymers. Its 500 °C nozzle and 90 °C active chamber provide the ideal environment for industrial-grade ASA and PC-CF, alongside specialized production of small-to-mid-sized PEEK and PEI parts. Achieve perfect structural integrity and stability that meets the highest industrial standards.
Switch to PLA prototyping in seconds
Need one more rapid iteration or want to test a quick idea? The HT90 eliminates downtime with its magnetically swappable print heads, allowing your team to transition from high-temp engineering materials to high-flow PLA in seconds. Simply snap the new print head into place and keep your workflow moving.
Print fast and precise
Thanks to delta kinematics, the HT90 achieves ultra-fast speeds with maximum acceleration of 20,000 mm/s while delivering smooth, dimensionally precise prints across the entire cylindrical print area. A unique rapid cooling system redirects airflow to precise areas of the model within milliseconds, enabling flawless overhangs and complex geometries with minimal supports. It also prevents overcooling of the rest of the model to preserve the polymer's optimal mechanical properties and superior performance.
Industrial‑grade, desktop footprint
The HT90 brings factory-level reliability straight to your workspace. Its actively heated chamber holds temperatures uniformly, ensuring that print even with advanced and high-temp materials won't warp or delaminate mid-print. At the same time, the integrated HEPA and activated-carbon filtration system safely captures harsh particulates and VOCs, allowing the printer to run safely in any office or lab environment without the need for dedicated ventilation infrastructure.
Keep your data safe
For defense, medical, and high-tech R&D environments, the HT90 supports fully offline workflows and does not require any network connection. Your G-code, process data, and sensitive IP remain under your direct control.
“We designed the aircraft around the HT90's capabilities to minimize cost and maximize performance. Switching to injection molding would increase weight and tooling costs – making it a non-starter.”
3D-printed structural parts enable rapid iteration on life-saving drone designs.
Angel Aerial Systems
Drones built to save lives, parts built in-house
Angel Aerial Systems produces unique drones for critical, life-saving missions — achieving 2 hours of hover time, three to six times longer than traditional quadcopters.
That level of performance requires continuous structural and thermal optimization. With traditional manufacturing, each design change means a quote, lead time, and delivery delay. With the HT90, it means a file update and an overnight print. As the CEO Will Hasting puts it: 'We've run hundreds of design iterations, it would have taken years and cost exponentially more with traditional manufacturing.' The HT90 lets a small team iterate at a pace that would otherwise be difficult to sustain.
Securing your data is our top priority
In high-stakes industries such as aerospace, defense, and advanced R&D, data security is a core requirement. The HT90 is built to keep your intellectual property under your control.
Full offline operation
The HT90 can run fully offline for setup, slicing, and printing, with a physically disconnectable Wi-Fi module. No mandatory telemetry and no forced cloud activation.
IP stays in‑house
Your design files, process parameters, and print history never leave your facility unless you choose to send them.
ISO certified
Prusa Research is ISO 9001, 14001, and 45001 certified, ensuring the HT90 meets the rigorous quality, environmental, and safety standards your organization demands.
Cover the entire R&D workflow with swappable print heads
Use the high-flow head for daily prototyping and switch to the high-temp head when printing end-use parts.
| Criteria | High-Flow Head | High-Temp Head |
|---|---|---|
| Best for | Fast prototyping and engineering plastics | High-performance polymers and heat-critical parts |
| Max nozzle temperature | 300 °C | 500 °C |
| Default nozzle | Revo Ø0.4 mm | Revo Ø0.6 mm hardened |
| Typical materials | PLA, PETG, ABS, ASA, TPU, PA, PC, PC-CF | small to mid-sized parts with PEEK, PEKK, PPSU, PSU, PEI |
| Relative print speed | Faster, tuned for daily iteration | Slower, tuned for thermal stability |
| Typical role in the workflow | Fit checks, fixtures, housings, quick prototypes | End-use parts, heat-resistant components, chemical-resistant parts |
Best for
High-Flow Head
Fast prototyping and engineering plastics
High-Temp Head
High-performance polymers and heat-critical parts
Max nozzle temperature
High-Flow Head
300 °C
High-Temp Head
500 °C
Default nozzle
High-Flow Head
Revo Ø0.4 mm
High-Temp Head
Revo Ø0.6 mm hardened
Typical materials
High-Flow Head
PLA, PETG, ABS, ASA, TPU, PA, PC, PC-CF
High-Temp Head
small to mid-sized parts with PEEK, PEKK, PPSU, PSU, PEI
Relative print speed
High-Flow Head
Faster, tuned for daily iteration
High-Temp Head
Slower, tuned for thermal stability
Typical role in the workflow
High-Flow Head
Fit checks, fixtures, housings, quick prototypes
High-Temp Head
End-use parts, heat-resistant components, chemical-resistant parts
Material freedom
From flawless prints with ABS, ASA, PC-CF, PA-CF to small to mid-sized PEEK, PEKK, and PEI components, the HT90 handles the full spectrum of engineering materials.
PLA / PETG
Easy to printBasic polymers for a fast, cost-effective design iteration and everyday functional parts. Churning through these design cycles is incredibly fast on the Prusa Pro HT90, allowing your team to easily validate ergonomics, lock in perfect tolerances, and finalize designs in a matter of hours.
Nozzle temp200–250 °C
Bed temp60–90 °C
ASA / ABS
ModerateIndustry standard for tough, impact-resistant functional parts that need to withstand thermal stress and mechanical wear. Prusa Pro HT90 handles them effortlessly. Its actively heated chamber maintains a perfectly stable environment for stress-free, dimensionally accurate prints.
Nozzle temp240–265 °C
Bed temp100–110 °C
TPU / TPE / PEBA
ModerateElastic materials bridge the gap between rubber and plastic. These flexible polymers deliver extreme elasticity, impact absorption, and tear resistance, making them perfect materials for gaskets, grips, vibration dampers, and wearable components. The HT90's rock-solid bed and rapid cooling system handle flexibles perfectly.
Nozzle temp210–240 °C
Bed temp40–60 °C
PC‑CF / PA‑CF
AdvancedBy infusing polycarbonate (PC) and nylon (PA) with carbon fibers, these composites resist extreme wear and mechanical stress while drastically reducing the shrinkage and warping typical of their base plastics. Printing these highly abrasive and temperature-sensitive materials is seamless on the Prusa Pro HT90.
Nozzle temp260–280 °C
Bed temp100–110 °C
PEEK / PEEK‑CF
AdvancedAerospace-grade polymers with excellent thermal, chemical, and mechanical resistance. Carbon fiber reinforcement enhances strength, stiffness, thermal resistance, and dimensional stability. Extra lightweight material is ideal for parts in aerospace, automotive, and medical applications, and in machinery. Requires the high-temp head and active chamber heating.
Nozzle temp380–420 °C
Bed temp130–155 °C
PEKK / PPSU / PSU / PEI
AdvancedExtreme thermal stability, resilience and dimensional stability makes these polymers the highest tier of advanced engineering thermoplastics. They can replace metal with strength but at a fraction of the weight. Print with the high-temp head at 500 °C nozzle temperature and 90 °C chamber.
Nozzle temp350–500 °C
Bed temp120–155 °C
Prusa Pro HT90 reviews
Third-party benchmark results.
“HT90 achieved an impressive score of 88.22/100, demonstrating strengths in accuracy, repeatability, ringing suppression, and flow rate.”
3D Printing Industry
Independent benchmark review
“The print was completed without any issue at all. There was no warpage, and the model stuck perfectly on the plate.”
Voxelmatters
High-temperature materials review
“With its clear, strictly functional design, the Prusa Pro HT90 3D printer is built for precise performance in demanding scenarios.”
reddot
reddot winner 2025
How the HT90 Compares
Bridging the gap between desktop and industrial 3D printers, the HT90 offers an unprecedented entry point into the world of high-performance polymers. By providing industrial-grade PEEK capabilities at a fraction of the cost of legacy systems, it removes the financial barriers to high-performance and flexible R&D. Prusa Pro HT90 also integrates seamlessly into your existing engineering workflow.
| Feature | Prusa Pro HT90 | Stratasys FORTUS |
|---|---|---|
| Price | From €11,490 | €100,000+ |
| PEEK / PEKK printing | Yes, small to mid-sized parts | |
| Chamber temperature | 90 °C (active) | Up to 350 °C |
| Build volume | Ø300 × 400 mm | 914 × 610 × 914 mm |
| Filament ecosystem | Open (any 1.75 mm) | Proprietary cartridges |
| Offline operation | Full (removable Wi-Fi) | |
| Setup time | ~20 min (assembled) | Professional installation |
| Annual service contract | Not required | Typically required |
Price
Prusa Pro HT90
From €11,490
Stratasys FORTUS
€100,000+
PEEK / PEKK printing
Prusa Pro HT90
Yes, small to mid-sized parts
Stratasys FORTUS
Chamber temperature
Prusa Pro HT90
90 °C (active)
Stratasys FORTUS
Up to 350 °C
Build volume
Prusa Pro HT90
Ø300 × 400 mm
Stratasys FORTUS
914 × 610 × 914 mm
Filament ecosystem
Prusa Pro HT90
Open (any 1.75 mm)
Stratasys FORTUS
Proprietary cartridges
Offline operation
Prusa Pro HT90
Full (removable Wi-Fi)
Stratasys FORTUS
Setup time
Prusa Pro HT90
~20 min (assembled)
Stratasys FORTUS
Professional installation
Annual service contract
Prusa Pro HT90
Not required
Stratasys FORTUS
Typically required
Recommended accessories for high-temp printing
Moisture-sensitive filaments require active management. These accessories are designed specifically for the materials the HT90 runs.
Prusa Filament Drybox
From $234
- A hermetically sealed box for storing and printing moisture-sensitive filaments: PEI, PEEK, PEKK, PSU. Feeds the HT90 directly during printing, maintaining low humidity throughout the print job.
Memmert UF30 Dryer
From $2,819
- A high-performance laboratory drying oven (20–300 °C) for precise filament drying before use. Reduces moisture to optimal levels for PEEK and PEI. The same equipment used in polymer research.
FAQ
Answers for engineers
Prusa Pro HT90: Technical Specifications
Build volumeØ300 × 400 mm (cylindrical)
KinematicsDelta with Input Shaper technology
Max print speed250 mm/s
Nozzle temperature (High-Flow head)Up to 300 °C, Revo Ø0.4 mm
Nozzle temperature (High-Temp head)Up to 500 °C, Revo Ø0.6 mm (hardened)
Bed temperatureUp to 155 °C
Chamber temperatureActively heated up to 90 °C
FiltrationHEPA + activated carbon filter (integrated)
First-layer calibrationThree loadcell sensors, automatic
Display7" color touchscreen
ConnectivityPrusa Connect (cloud), PrusaLink (local), offline operation
DeliveryFully assembled, ~20 min to first print
High-Flow materialsPLA, PETG, ABS, ASA, TPU, TPE, PEBA, PA, PC, carbon/glass-fiber composites
High-Temp materialssmall to mid-sized parts: PEEK, PEKK, PPSU, PSU, PEI (Ultem)
AwardsRed Dot Design Award
CertificationsISO 9001, ISO 14001, ISO 45001 (Prusa Research)