Industrial Metal & Polymer 3D Printing Systems
Choosing the right additive manufacturing system is one of the most important decisions for businesses investing in advanced manufacturing. At E-Metal3D, we supply industry-leading Metal and Polymer 3D Printing Systems that help manufacturers increase productivity, improve part quality, and accelerate the adoption of additive manufacturing technologies.
As the official Australian representative of Eplus3D, we provide more than just industrial 3D printers. We deliver complete solutions that include system selection, application consulting, installation, operator training, process optimisation, and ongoing technical support—helping businesses integrate additive manufacturing into their production environment with confidence.
Whether you’re expanding your manufacturing capabilities, establishing an in-house Metal 3D Printing facility, or investing in high-volume production equipment, our team provides the engineering expertise and local support needed to maximise your return on investment.
Our systems are trusted across industries including Mining, Oil & Gas, Aerospace, Defence, Medical, Automotive, Manufacturing, Research, and Industrial Engineering, delivering reliable performance for everything from rapid prototyping to full-scale production.
Powered by Eplus3D Innovation
Eplus3D is one of the world’s leading manufacturers of industrial additive manufacturing systems, developing advanced Laser Powder Bed Fusion (LPBF) and Selective Laser Sintering (SLS) technologies for professional production environments.
Since its establishment in 2014, Eplus3D has built a global reputation for delivering high-performance industrial 3D printing systems that combine precision, productivity, and reliability. Today, its technology supports manufacturers, research institutions, and engineering companies across a wide range of industries, including aerospace, medical, automotive, tooling, energy, and advanced manufacturing.
By partnering with Eplus3D, E-Metal3D provides Australian businesses with direct access to world-class additive manufacturing technology, backed by local engineering expertise, technical support, and application knowledge.
Metal Additive Manufacturing Systems
Eplus3D’s EP-M Series is designed to meet the diverse requirements of modern metal additive manufacturing, from research and product development to high-volume industrial production. Built around advanced Laser Powder Bed Fusion (LPBF) technology, these systems deliver exceptional precision, repeatability, and productivity while supporting a wide range of engineering materials.
Whether you’re producing small, highly detailed components or large structural parts, the EP-M Series offers scalable solutions that help manufacturers reduce lead times, improve production flexibility, and manufacture complex geometries that would be difficult to achieve using conventional methods.
Each system is engineered to provide reliable performance, high build quality, and efficient powder management, making it suitable for demanding industries such as Aerospace, Mining, Oil & Gas, Medical, Automotive, Defence, and Industrial Manufacturing.
Available Eplus3D Metal Systems
EP-M150
A compact LPBF system designed for high-precision applications including dental, jewellery, universities, research laboratories, and small-scale component development.
EP-M260
A versatile industrial system suitable for functional prototyping, tooling, product development, and low-volume production, offering an excellent balance between build capacity and productivity.
EP-M300 Series
Available in dual-laser and quad-laser configurations, the EP-M300 Series is designed for manufacturers requiring higher throughput while maintaining exceptional dimensional accuracy and consistent part quality.
EP-M450
A large-format production system developed for manufacturing complex industrial components, tooling, aerospace parts, and production-scale applications.
EP-M650
Featuring a 650 × 650 mm build volume and multi-laser technology, the EP-M650 is ideal for energy, mining, aerospace, and heavy industrial applications that require large components and increased productivity.
EP-M1550
Designed for large-format additive manufacturing, the EP-M1550 enables manufacturers to produce oversized structural components while reducing assembly requirements and production time.
EP-M2050
Recognised as one of the world’s largest Laser Powder Bed Fusion systems, the EP-M2050 offers an impressive 2050 × 2050 × 1100 mm build volume, making it the ideal solution for manufacturing massive industrial and structural components for sectors such as energy, defence, shipbuilding, and heavy engineering.
Industrial Materials Compatibility
The EP-M Series supports a comprehensive range of industrial metal powders, including:
- Titanium Alloys
- Stainless Steel
- Aluminium Alloys
- Maraging Steel
- Inconel
- Cobalt-Chrome
This broad material compatibility enables manufacturers to select the most appropriate alloy based on strength, corrosion resistance, thermal performance, and application-specific requirements.
Complete Support for Australian Manufacturers
Investing in industrial additive manufacturing is more than purchasing a machine—it’s about building a reliable production capability. At E-Metal3D, we provide ongoing technical support to help businesses successfully implement, operate, and optimise their additive manufacturing systems throughout their lifecycle.
As the official Australian representative of Eplus3D, we work closely with manufacturers to ensure every system is configured for maximum performance and long-term reliability. From the initial consultation through installation and production optimisation, our engineering team provides practical support tailored to each customer’s manufacturing requirements.
Our support services include:
- Machine selection and application consulting
- Installation and commissioning
- Operator training
- Process development and optimisation
- Material selection guidance
- Preventive maintenance
- Technical troubleshooting
- Spare parts and after-sales support
With decades of engineering and manufacturing experience, E-Metal3D helps Australian businesses integrate Metal Additive Manufacturing with confidence, ensuring every investment delivers long-term productivity, operational efficiency, and measurable business value.
Why Choose E-Metal3D?
Choosing the right additive manufacturing partner means having access to both world-class technology and experienced local engineers. At E-Metal3D, we combine internationally recognised Eplus3D systems with practical engineering expertise to help manufacturers successfully adopt advanced production technologies.
Why manufacturers choose E-Metal3D:
- Official Australian representative of Eplus3D
- Advanced LPBF and SLS additive manufacturing systems
- Engineering-led technical support
- Installation, training, and ongoing maintenance
- Process optimisation and application consulting
- Access to industrial-grade metal and polymer printing solutions
- Local Australian engineering expertise
- Long-term partnership and responsive after-sales support
Whether you’re investing in your first industrial 3D printer or expanding an existing manufacturing facility, E-Metal3D provides the technology, engineering knowledge, and local support needed to achieve reliable and scalable production outcomes.
What industries use Eplus3D metal 3D printing systems?
Eplus3D systems are widely used in mining, aerospace, oil & gas, medical, defence, automotive, manufacturing, and research environments where precision and reliability are essential.
What materials can Eplus3D systems print?
Depending on the machine configuration, Eplus3D systems support stainless steel, titanium alloys, aluminium alloys, Inconel, maraging steel, cobalt-chrome, and other industrial metal powders.
Does E-Metal3D provide installation and training?
Yes. We provide machine installation, operator training, process optimisation, maintenance, and ongoing technical support throughout Australia.
Can E-Metal3D help choose the right system?
Absolutely. Our engineering team works with each customer to understand their production requirements, applications, and future growth plans before recommending the most suitable Eplus3D system.
