Industrial 3D printers
Explore our industrial 3D printers to find the perfect solution for your business
On this page, you’ll find advanced 3D printing solutions, including Massivit 3D and Rapid Fusion’s line of industrial 3D printers. These large-scale printers enable quick, efficient, and cost-effective production while maintaining the detail and durability needed for high-quality results.
3D Printers
Discover cutting-edge industrial printers with Massivit and Rapid Fusion technology, designed for high-speed, precision 3D printing. Achieve unmatched efficiency and detail for large-scale production and prototyping
Massivit
Rapid Fusion
How to order your 3D printer
We keep machines in stock and made to order, so it’s important that we discuss your machine’s spec. Speak to one of our experts and we’ll define your needs, advise and give you a quote.
Massivit’s 3D printers for manufacturing integrate advanced technologies like Gel Dispensing Printing (GDP) and Cast In Motion (CIM) which dramatically streamline manufacturing workflows.
These technologies not only enable rapid production but also reduce material waste and lower overall costs, making them ideal for industries requiring large-scale, customised parts.
Rapid Fusion, established in 2023, specialises in large-format additive manufacturing (LFAM) systems, including modular 3D printing platforms and robotic AM cells. Their technology enables the creation of large components with high production outputs, offering a sustainable alternative to traditional manufacturing.
Working with us
As a world-class CNC machine company, we have a range of services and buying options to help you get
the right CNC machine for your specific needs when you need it.
Consultancy
World-Class CNC Machines
CNC Services
Options
Finance
Services & Aftercare
Large-Format 3D Printer FAQ
What materials can be used with a large-format industrial 3D printer?
Large-format industrial 3D printers, such as those made by Massivit 3D, support a variety of materials designed for durability and flexibility across industries. Commonly used materials include thermoplastics, photopolymers, and specialised gels. For instance, the Massivit 3D printer uses Gel Dispensing Printing (GDP) technology with proprietary gels, allowing rapid production and high-quality finishes, ideal for automotive, aerospace, marine, and scenic fabrication applications.
What are the benefits of using a large-format 3D printer for industrial applications?
What is the difference between Gel Dispensing Printing (GDP) and Cast In Motion (CIM) technologies?
Massivit 3D’s gel 3D printer technologies—Gel Dispensing Printing (GDP) and Cast In Motion (CIM)—offer unique solutions for large-scale manufacturing. GDP is a fast process where gel is extruded and instantly cured, perfect for building large models quickly. CIM, on the other hand, combines 3D printing and casting in a single process, ideal for creating moulds and complex structures with strong, smooth finishes. Each method provides specific advantages depending on your production requirements.
How long does it take to print a large-scale part or prototype?
The time required to print a large-scale part depends on the complexity and size of the object. Large-format industrial 3D printers for sale by Massivit 3D can produce full-size models within hours, thanks to their high-speed printing capabilities. For instance, a Massivit 3D printer can create sizable prototypes or functional parts in a fraction of the time traditional methods would require, helping manufacturers streamline their workflows.
What maintenance is required for a large-format 3D printer?
Regular maintenance is essential for keeping your industrial 3D printer in peak condition. This includes cleaning the print heads, ensuring proper calibration, and inspecting and replacing parts as needed. Following the manufacturer’s maintenance guidelines helps prevent issues and maintains print quality. Massivit 3D printers, for example, have clear maintenance protocols to ensure consistent performance and prolong the machine’s lifespan.