Pioneering the Future with Metal 3D Printing at Dynotech
Tailor-Made Additive Manufacturing for Demanding Industries
Metal 3D printing is revolutionising the way modern industries approach product development and prototyping. At Dynotech, in close collaboration with Aconity3D—an internationally acclaimed innovator in laser-based additive manufacturing—we deliver individualised, high-performance 3D printing solutions tailored to complex industrial needs. With a range of modular, research-grade LPBF (Laser Powder Bed Fusion) machines, Dynotech empowers organisations to explore high-temperature, multi-laser, and multi-material printing with unmatched precision.
A Modular Platform for Every Application
Flexible Machines with High-Temperature Capabilities
Whether your business needs a high-temperature 3D printer for aerospace components or a multi-laser 3D printer for medical-grade parts, Dynotech’s suite of modular LPBF machines can be precisely adapted. These systems offer unmatched scalability and allow companies to seamlessly transition from R&D to full production. Designed for both standard and custom applications, they allow superior control over every variable in the additive manufacturing process.
Materials and Industries Served
Engineering Metals to Medical Alloys
Dynotech’s metal 3D printing solutions serve a wide range of sectors including:
- Automotive
- Medical & Healthcare
- Aeronautics & Space
- Architecture & Construction
- Energy
- Consumer Electronics
Whether it’s titanium alloys for implants or aluminium parts for aerospace, the versatility of material options ensures compliance with industry-specific requirements.
Benefits of High-Precision 3D Printing
Speed, Accuracy, and Sustainability Combined
Metal additive manufacturing offers several clear advantages:
- Faster prototyping and product iteration
- High dimensional accuracy and surface finish
- Reduced waste and optimised material usage
- Lower tooling costs and streamlined workflows
These benefits make metal 3D printing a sustainable and economically viable solution for companies looking to gain a competitive edge.
Dynotech’s Customised Approach to Metal 3D Printing
From Consultation to Commissioning
At Dynotech, we don’t just sell equipment—we co-create success. Each engagement starts with a deep understanding of your application, followed by machine configuration, testing, and system integration. With the support of Aconity3D’s pioneering expertise, we bring future-ready 3D metal printing systems right into your workflow.
FAQs
Metal 3D printing, especially using the LPBF method, involves melting metal powder layer by layer with a high-powered laser to form solid 3D objects. It allows for intricate geometries and is ideal for creating components that are difficult or impossible to manufacture through conventional means. Dynotech offers cutting-edge solutions in partnership with Aconity3D to deliver customisable machines tailored to industrial requirements.
Industries such as aerospace, automotive, medical, and electronics gain substantial advantages from metal 3D printing. These sectors require precision, material diversity, and reduced development cycles—making 3D printing a cost-effective and scalable solution. Dynotech supports each industry with modular platforms capable of addressing diverse challenges.
Dynotech’s partnership with Aconity3D enables true modularity in machine configurations. From selecting the number of lasers to high-temperature build chambers and custom software integration, clients receive bespoke systems suited for research, prototyping, or serial production. Our expertise ensures each solution is engineered for scalability and long-term use.
A wide range of metal powders can be used, including titanium, aluminium, stainless steel, cobalt-chrome, and nickel-based superalloys. Material choice depends on the industry application and desired mechanical or thermal properties. Dynotech ensures compatibility and sourcing of high-quality powders for every solution.
Yes, especially for high-value, complex, or customised parts. Metal 3D printing reduces tooling costs, lowers waste, and speeds up product development. Dynotech’s modular approach further optimises cost-effectiveness by allowing businesses to scale and adapt without needing entirely new machinery.
Laser Powder Bed Fusion (LPBF) is a technique where a laser selectively melts metal powder to build a part layer by layer. It offers finer resolution and stronger parts compared to other methods like Binder Jetting or DED. Dynotech’s LPBF machines from Aconity3D are known for their high precision, modularity, and performance under extreme conditions.