Tronxy Moore X4060 - Clay/ceramic 3D printer

Liquid Additive Manufacturing (LAM), also known as Liquid Deposition Modeling (LDM) is an additive manufacturing process in which a variety of liquid materials is precisely deposited layer by layer to create highly intricate and detailed three-dimensional object. The Moore X4060 3D printer by Tronxy was designed specially to 3D print clay and ceramic materials in liquid format, including (but not limited to) clay, ceramics slurry, red porcelain, and other liquid flowing materials.

Moore X4060

The Moore X4060 printer stands out due to its closed design with a built-in thermostat, a generous build volume of 400 x 400 x 600 mm, layer thicknesses ranging from 0.3 to 3.0, an XYZ positioning accuracy of 6.25 x 6.25 x 1.25 μ, and a printing speed of up to 150 mm/s. This makes the X4060 printer suitable for efficient additive manufacturing of ceramic models for rapid prototyping or high volume production.

Video 1: The Moore X4060 clay and ceramic 3D printer. Source: Tronxy.

In terms of technical specifications, the Moore X4060 printer offers an exclusive OSG dual-core guide rail and metal guide pulley. This system offers a significant advantage over aluminum profile pulleys and linear guide rails, and this is due to the fact that the metal rollers for bearings glide effortlessly, minimizing friction, enabling high-speed and low-noise printing.

Image 1: The upgraded printhead and guide rails. Source: Tronxy.

They're durable against corrosion and rust, simple to maintain and swap out, resulting in minimal printing errors and high precision. The new upgraded printhead is not only easy to clean but also optimized to reduce clogging. Efficient feeding is ensured by the air compressor and a 5 liter capacity barrel, ideal for projects of considerable size.  

Image 2: The material feedign system. Source: Tronxy.

The incorporation of a built-in constant temperature hot air system represents a significant enhancement, affording users the flexibility to precisely set temperatures via a control knob. This innovation not only bolsters the structural integrity of the printing process but also ensures consistent and optimal printing conditions. With the ability to regulate temperature according to specific requirements, users can expect heightened efficiency and superior results across various printing applications.

Image 3: The built-in constant temperature hot air system. Source: Tronxy.

The Moore X4060 ceramic and clay 3D printer offers unparalleled ease of use, catering to both novice and experienced users alike. Compatible with popular slicing software such as Cura, as well as supporting the most common file formats such as .STL and .OBJ, the Moore X4060 printer ensures seamless integration into existing workflows. The user-friendly interface with an intuitive 7-inch color touch screen facilitates effortless navigation and control powered by Marlin.

Image 4: The printer's connectivity. Source: Tronxy.

Compatible with Windows operating systems, the printers boast advanced features such as resume print functionality, safeguarding against interruptions due to power outages. Connectivity options are versatile, including support for USB, enabling quick and convenient file transfer methods.

Video 2: 3D printing with the Moore X4060 3D printer. Source: Tronxy.

The closed double door design offers unparalleled convenience and efficiency in the printing environment. Featuring a double window design, users benefit from enhanced visibility throughout the printing process, enabling clear monitoring and facilitating easier pick-up and maintenance tasks. With this user-centric approach, the Moore X4060 printerensures smooth and uninterrupted printing operations, ultimately leading to increased productivity and user satisfaction.

Applications

The Moore X4060 printer presents a myriad of potential applications across various sectors. For enterprises and research institutes, it serves as a versatile tool for prototyping and producing new products, facilitating rapid iteration and innovation. Through channel cooperation and social experience, this printer can be utilized to engage with stakeholders, fostering collaboration and enhancing user experiences.

Video 3: 3D printing with the Moore X4060 printer. Source: Tronxy.

In educational settings, such as primary and secondary schools, the Moore X4060 plays a crucial role in Innovation Education initiatives, providing students with hands-on experience in design and manufacturing processes. Similarly, in vocational colleges and universities, it offers a practical training space for students to develop industry-relevant skills in 3D printing technology, preparing them for future careers in advanced manufacturing and engineering fields. The diverse capabilities of the Moore X4060 make it an indispensable tool for driving innovation and education in various professional and academic settings.