The MPRINT is part of the One Click Metal BASEline series of 3D Printers for metal
The One Click Metal MPRINT is part of the BASEline series, delivering an accessible and cost-effective entry into industrial metal 3D printing. Designed for UK manufacturers seeking reliable metal additive manufacturing for prototyping and low-volume production, the MPRINT combines simplicity with powerful performance.
Built around Laser Powder Bed Fusion (LPBF) technology, the MPRINT enables the efficient production of high-quality metal parts with minimal operational complexity. It is ideally suited to applications such as rapid prototyping, small batch production, and the manufacture of small, high-value components.
Affordable Entry into Metal Additive Manufacturing
As one of the most affordable industrial metal 3D printers on the market, the MPRINT lowers the barrier to entry for businesses looking to adopt additive manufacturing. Its user-friendly design and streamlined workflow make it particularly attractive for companies transitioning from traditional manufacturing methods.
Engineered for Productivity and Reliability
Equipped with a 200W fibre laser and galvo scanner, the MPRINT delivers consistent part quality and dependable performance. The compact 150 x 150 x 150 mm build volume is optimised for efficient production of small components, making it ideal for industries such as aerospace, automotive, medical, and engineering.
Cartridge-Based Powder Handling System
A key USP of the BASEline series is its closed cartridge system, designed for safe, clean, and efficient powder handling. The MPRINT features five cartridge slots, each capable of holding up to 8.5 kg of material, significantly reducing downtime and increasing productivity.
This modular system enables:
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Clean and controlled material handling
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Reduced risk of contamination
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Easy material changes with minimal operator input
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RFID-enabled tracking to prevent mixing of incompatible powders
Material Compatibility
The MPRINT supports a wide range of industrial metal materials, including:
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Stainless steel
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Aluminium
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Tool steel
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Titanium
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Cobalt chrome
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Nickel alloys
Explore our range of metal printing powders that allow manufacturers to produce functional prototypes and end-use parts across a variety of demanding applications.
Designed for Ease of Use
Accessibility is at the core of the MPRINT’s design. Its intuitive interface and simplified workflow allow operators to quickly get up to speed, reducing training requirements and accelerating adoption within production environments.
If you’re new to 3D printing, we recommend reading our Guide to Metal 3D Printing to gain a better understanding of the various metal printing technologies, their advantages and limitations, as well as important design considerations and post-processing techniques.
Complete the Workflow with MPURE and MPURElite
To maximise the efficiency and safety of your metal 3D printing process, the MPRINT is designed to work seamlessly with the MPURE and MPURElite powder management systems.
MPURE: Safe and Automated Powder Handling
The MPURE provides a complete solution for unpacking, sieving, and powder recycling within a controlled environment.
Key benefits include:
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Automatic sieving for improved productivity
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Safe and ergonomic unpacking via an integrated glove box
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Clean powder transfer using sealed cartridges
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Reduced operator exposure to metal powders
This makes the MPURE an ideal choice for businesses prioritising safety, cleanliness, and process reliability.
MPURElite: Compact and Efficient Sieving
For operations that require a smaller footprint, the MPURElite offers automatic powder sieving in a compact format.
It is ideal for:
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Facilities with limited space
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Users who do not require an integrated glove box
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Maintaining efficient powder reuse between builds
Both systems utilise the same cartridge-based approach, ensuring consistency across the entire workflow.
Safe Powder Management Process
The BASEline series is built around a secure and efficient powder lifecycle:
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Printing
Parts are built within a bed of metal powder, with excess material collected in overflow cartridges. -
Unpacking
Unused powder is safely transferred into cartridges during part removal. -
Sieving
Powder is automatically sieved and prepared for reuse, reducing waste and material costs.
Interchangeable Build Modules for Greater Flexibility
The BASEline series also features interchangeable Build Modules, allowing manufacturers to tailor the system to their specific production needs.
Available options include:
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Standard Module for high productivity
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Heating Module for optimised thermal conditions
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Extended Module for larger components
These modules provide enhanced flexibility, enabling you to adapt your metal 3D printing setup as your application requirements evolve. Read more about our build modules here.
MPRINT – Technical Specifications
Compatibility
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MPURElite, MPURE, MPUREpro, Build Modules
Process Chamber
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Build size: 150 × 150 × 150 mm
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Optional build height: up to 150 × 150 × 250 mm*
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Optional reduced build size: 78 × 53 × 90 mm
Performance
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Laser: 200 W fiber laser
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Max. laser jump speed: 22 m/s
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Layer height: 20 – 80 µm
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Focus diameter: 70 µm
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Powder supply: 5 cartridges
Connections & Requirements
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Power supply: 230 V / 50–60 Hz
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Fuse protection: 9.5 A
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Inert gas: Nitrogen or Argon
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Filter system: Easy-replace gas filter
Dimensions & Weight
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Size (W × H × D): 1.1 × 1.9 × 0.8 m
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Weight: 440 kg
*Depending on build plate thickness and module cap configuration.
MPURE – Technical Specifications
Compatibility
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MPRINT, MPRINTpro, Build Modules
Technology
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Sieving system: Ultrasonic inert sieving
Connections & Requirements
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Power supply: 220–240 V / 50–60 Hz
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Fuse protection: 9.5 A
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Inert gas: Nitrogen or Argon
Dimensions & Weight
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Size (W × H × D): 1.1 × 1.9 × 0.8 m
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Weight: 310 kg
MPURElite – Technical Specifications
Compatibility
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MPRINT, MPRINTpro
Connections & Requirements
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Power supply: Via MPRINT / MPRINTpro
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Fuse protection: Via MPRINT / MPRINTpro
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Inert gas: Nitrogen or Argon
Dimensions & Weight
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Size (W × H × D): 0.46 × 1.9 × 0.64 m
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Weight: 130 kg
MPUREpro – Technical Specifications
Compatibility
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MPRINT, MPRINTpro, Build Modules
Technology
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Sieving system: Ultrasonic inert sieving
Connections & Requirements
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Power supply: 220–240 V / 50–60 Hz
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Fuse protection: 2 A
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Inert gas: Nitrogen or Argon
Dimensions & Weight
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Size (W × H × D): 1.1 × 1.9 × 0.8 m
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Weight: 330 kg
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OCM Aluminum 3.2382 / AlSi10Mg
Read MoreHigh-Strength Aluminium Powder
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OCM Aluminum Strength Al
Read MoreLightweight High-Strength Aluminium Powder
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OCM Aluminum A6061-RAM2
Read MoreAdvanced 3D Printable Aluminium Powder
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OCM Cobalt Chrome 2.4979 / CoCr28Mo6
Read MoreHigh-Strength Cobalt Chrome Powder
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OCM Nickel Alloy 2.4668 / Ni718
Read MoreHigh-Strength Nickel Alloy Powder
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OCM Nickel Alloy 2.4856 / Ni625
Read MoreHigh-Performance Nickel Alloy Powder
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OCM Stainless Steel 1.4404 / 316L
Read MoreCorrosion-Resistant Stainless Steel Powder
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OCM Stainless Steel 1.4542 / 17-4PH
Read MoreHigh Strength Stainless Steel Powder
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OCM Titanium 3.7165 / Ti6AL4V grade 23
Read MoreLightweight High-Strength Titanium Powder
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OCM Tool Steel 1.2709 / M300
Read MoreHigh-Strength Tool Steel Powder
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OCM Tool Steel Cxplus
Read MoreHigh-Performance Maraging Steel Powder
Case Studies
Leasing 3D Printers
If you’re looking to 3D printer leasing, Tri-Tech 3D provide direct rental contracts on our full range of 3D printers, which can include post processing equipment and extended warranty, making your investment into 3D printing both affordable and help plan your annual expenditure.
How do I lease a 3D Printer?
The process is quite simple! First, you’ll need to undergo a credit check. This can be done quickly, usually within 24-48 hours. If you’re a new start-up company or sole trader, it may be more difficult to obtain finance, but deposit payments and directors guarantees can help. Talk to a leasing company to get a pre-proposed finance plan without any obligation. Once approved, you’ll know what value technology you can consider.
Funding in the most part, is provided by our sister company Stanford Marsh Finance (a division of the Stanford Marsh Group) or via our numerous strategic finance partners/brokers.
Rates are frequently checked to ensure competitiveness in the market place and you will find our terms highly attractive. With options such as fixed term contracts, step rentals which make payments lower in the earlier years allowing time to grow the use from your new device. Or deferred payment, enabling you to benefit from the technology ahead of when you start paying.
Why lease 3D Printers?..
Not only can leasing be financially beneficial to companies, but it can also give you the ability to remain ahead and current with technology. It also means your entry point to utilisation of a professional 3D printer is far more affordable than you may think – a professional 3D printer from as little as £299 per month, (including a wash system and 12-months support).

Furthermore, if like many companies today you are outsourcing 3D printing via a 3D Print Bureau, you are already spending an amount each month that when converted to a lease, could represents an in-house option at no extra cost (savings possibly). Either talk to one of our team, or send us details of your average spend and we can help provide an ROI report.
In addition to our excellent rates, as an end user dealing directly with one vendor for finance, equipment and after sales care, your rental agreement will provide you with a future flexible upgrade path. We’ve enabled companies to acquire new technology prior to the completion of the minimum rental period, without the usual high termination figure charged by outside finance agencies.
All finance is subject to approval and none of the solutions detailed above are guaranteed to suit all scenarios. What we can promise however, is we will do our utmost to make the finance of your 3D Print solution as affordable and easy as possible.
What are the main benefits of leasing a 3D printer?
Leasing a 3D printer has many benefits compared to outright purchase. Leases are usually affordable, good for cashflow, and allow you to invest in more equipment without large amounts of money upfront. If you already outsource 3D print work, leasing can help you bring production in-house and may improve workflow and protect your intellectual property. Additionally, there are well-documented taxation benefits to companies in regard to leases.
When to lease VS buy a 3D printer?
When deciding whether to lease, rent a 3d printer or buy a 3D printer, consider your needs. If you have a proven requirement and plan to run a system to its end-of-life, outright purchase may be best. However, if you want to keep your options open and stay up-to-date with new technology, leasing provides flexibility to upgrade at the end of a minimum leasing period.
I’m not ready to lease or buy a 3D printer – is a service an option?
If you’re not ready to lease or buy a 3D printer, outsourcing to a print bureau could be a great option. Companies like 3D Print Bureau offer access to a team of experts running a variety of professional 3D printers in different technologies. This allows you to pay as you go for the end part until your volume hits a level where bringing production in-house makes sense.
If you are interested in further information, please contact us.
MPRINT Brochure Downloads
New to 3D
Printing or looking
for some support?
- Call: 01782 814551
- Email: info@tritech3d.co.uk
Why do companies buy a 3D Printer?
That’s a good question and asking it today we think has changed significantly from had it been posed 15-years or so ago. Traditionally a 3D Printer provided solutions to Rapid Prototyping, a functional model to prove fit, form & function, or to convey a design intent to a client (better than a 2D drawing, or even rendered 3D imagery).
And when that was the end requirement, the focus was more on choosing a manufacture who built reliable devices that print right first time and in the professional sector, where repeatable accuracy could be achieved.
Why do people buy from Tri-Tech 3D?
We could say we are a well-established company, part of a larger group, with years of industry experience, six UK locations and our own finance company. All of which is true, but also sounds familiar to what the others may say and in some cases, a “so what”.
Why we think our customers buy from Tri-Tech 3D and not just once, is we are a ‘customer centric’ business who treat people how we like to be dealt with ourselves. We want to know what you will get out of a system investment, we want to help drive that adoption and we want to see customers being successful.