3D DLP CERAMIC PRINTERS

3D DLP CERAMIC PRINTERS

This high-performance ceramic 3D printing solution is designed for research, development, and high-precision prototyping, while also supporting cultural and creative products, precision ceramic parts, and small-batch customized production.

High-Precision for R&D

Designed for ceramic research, material development, and precision prototyping, capable of producing complex micro-scale structures.

AI-Assisted Process Control

Equipped with AI-supported parameter control software for automated adjustment and more stable printing quality.

Fast Small-Batch Development

Suitable for creative products, precision ceramic parts, and low-volume customized production with faster iteration.

	SL-100D	DL-100D
Machine Dimensions	700 × 540 × 960 mm	650 × 450 × 900 mm
Build Volume	100 × 100 × 100 mm	95 × 54 × 100 mm
Minimum Layer Thickness	10–50 μm / adjustable	10–150 μm / adjustable
Number of Recoater Blade	Available in 1 or 2 blades	Available in 1 or 2 blades
Optical Resolution	Laser spot size: 40 μm	DLP pixel size: 50 μm
Printing Accuracy	100 mm ± 0.05 mm, 1920 × 1080	100 mm ± 0.05 mm, 1920 × 1080
Light Source	UV Laser, 355 nm	UV LED DLP, 405 nm
Starting Print Material Volume	300 ml	300 ml
Printing Speed	≥300 layers/hour	≤350 layers/hour
Weight	Approx. 110 kg	Approx. 50 kg
Power Consumption	1.5 kW (Max. power at startup)	300 W
Supported Materials	Alumina, Zirconia, Silica, Carbides, and other UV-curable ceramic materials; light-sensitive resin materials

We also provide high-precision R&D DLP 3D printing systems for laboratories, universities, dental research teams, medical research groups, and advanced material developers. These systems are designed for small-volume testing, material validation, and precision sample development before moving toward larger-scale production.

With stable performance and flexible material compatibility, the series supports ceramic slurry, photosensitive resin, hydrogel, bio-ink, and other UV-curable research materials. It is suitable for micro/nano-scale prototyping, precision ceramic parts, biomaterial testing, and early-stage R&D applications.

Micro R&D Printer Pro 5

A compact desktop DLP research printer for micro-scale testing and fine-detail prototypes. With 5 μm XY optical precision and 5 μm minimum layer thickness, it is ideal for small samples, ceramic slurry testing, hydrogel printing, bio-ink research, and micro/nano structure development.

Precision DLP Printer 7.6

A larger high-precision DLP platform for advanced material research and precision component development. With 7.6 μm XY optical precision, 5 μm minimum layer thickness, and a larger build volume, it is suitable for ceramic parts, microfluidic samples, advanced resin printing, and higher-capacity R&D work.

Precision DLP Printer 7.6 Bio

An upgraded bio-material research system designed for hydrogel, bio-ink, biomaterials, and micro-volume printing. It supports variable light intensity, biomaterial tanks, humidity control, optional constant temperature control, and micro-volume printing as low as 1 ml, helping reduce waste when testing valuable research materials.

Specification	M-One Pro 5	MAX-7.6	MAX-7.6 Bio Version
Machine Dimensions	310 × 310 × 450 mm	630 × 630 × 1700 mm	630 × 630 × 1700 mm
Build Volume	Single Projection: 12.8 × 7.2 × 100 mm Array Projection: 12.8 × 28.8 × 100 mm	29.2 × 16.4 × 100 mm	Single Projection: 29.2 × 16.4 × 100 mm Array Projection: 29.2 × 49 × 100 mm
Minimum Layer Thickness	5 μm minimum	5 μm minimum	5 μm minimum
Recoater Blade	Optional	Optional	None
Printing Accuracy	XY Axis Accuracy: 5μm; Z Axis Layer Thickness: 5–150μm	XY Axis Accuracy: 7.6μm; Z Axis Layer Thickness: 5–150μm	XY Axis Accuracy: 7.6μm; Z Axis Layer Thickness: 5–150μm
Light Source	Customized UV LED light engine, 405 nm	Customized UV LED light engine, 405 nm	Variable-intensity customized UV LED light engine, 405 nm
Starting Print Material Volume	Micro: 1mL; Standard: 10–20mL	Micro: 1mL; Standard: 10–20mL	Micro: 1mL; Standard: 10–20mL
Printing Speed	Low layer thickness: 1cm/hour High layer thickness: 5cm/hour	Low layer thickness: 1cm/hour High layer thickness: 5cm/hour	Low layer thickness: 1cm/hour High layer thickness: 5cm/hour
Weight	28 kg	390 kg	390 kg
Power Consumption	Light engine power: 50 W	Light engine power: 120 W	Light engine power: 120 W
Supported Materials	Photosensitive resin, bio-ink, hydrogel, ceramic slurry	Broad material compatibility; not specified	Biomaterials, photosensitive resin, hydrogel, ceramic slurry, and bio-related materials
MAX 7.6 Bio Version	• Build Platform: Multi-size quick-release platform • Print Vat: Dedicated bio-material vat • Custom Heating: 35–40°C (constant temperature); Humidification. Heatable to 35–40°C with precise temperature control to meet different material requirements, ensuring print quality and stability. Humidification function suitable for printing special hydrogels and bio-materials, providing sufficient moisture to optimize the forming environment and improve print accuracy and material performance.