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标题: Qiji Intelligent Launches the P70 Micron-Scale Ceramic 3D Printer at RMB 59,800 [打印本页]

作者: admin 时间: 2026-11-4 08:04
标题: Qiji Intelligent Launches the P70 Micron-Scale Ceramic 3D Printer at RMB 59,800
Nanjixiong introduction: In 2025, Qiji Intelligent launched the desktop laser-curing ceramic 3D printer C50 at RMB 19,800. Thanks to its value and ease of use, it entered laboratories at more than 90% of China's key universities and research institutes in less than a year.

On October 29, 2026, Nanjixiong learned that Qiji Intelligent had launched a major new product for researchers seeking high precision and low cost: the P70 micron-scale, high-precision laser-curing ceramic 3D printer, priced at RMB 59,800.

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From the RMB 19,800 C50 to the RMB 59,800 P70, the company's portfolio is expanding from accessible validation to micron-scale precision R&D. The P70 has a clear positioning: put ceramic additive manufacturing with 8-micrometer-level precision into R&D teams' hands for less than RMB 60,000.

Ten Core Highlights of the P70

Compatibility with 355 nm and 405 nm Material Systems

The standard 355 nm ultraviolet laser supports material systems associated with both 355 nm and 405 nm wavelengths, allowing flexible matching with different photosensitive slurries. Its high-power 5,000 mW laser offers stable, ample intensity. Higher powers can be customized, and intensity can be adjusted flexibly. Low power can print photosensitive slurries and polymers, while higher power can form high-viscosity materials such as ceramic and composite metal slurries. Sufficient, stable intensity ensures thorough curing of each layer, improving green-body density and interlayer bonding. One machine covers multiple photosensitive material systems, reducing equipment investment, expanding materials research, and supporting process development for difficult-to-cure slurries.

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8 μm Laser Spot for Fine Features

A high-performance optical system produces a spot diameter as small as 8 micrometers, the machine's principal highlight, delivering leading optical forming precision. It can reproduce micropores, thin walls, microchannels, and microlattices, creating miniature specimens with complex details. For micron-scale features in ceramic and composite microstructure research, it avoids blurred contours and lost detail, accurately reproducing fine structures for microstructural validation of new materials and trial production of precision ceramic functional components.

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Compact Enough for a Laboratory Bench

At only 300 × 440 × 620 mm, the machine fits on an ordinary laboratory bench. It addresses the bulk and deployment difficulties of traditional high-precision ceramic photopolymerization equipment. Teams can place it in materials laboratories, testing rooms, or R&D workstations, with convenient installation, relocation, and commissioning. Its lightweight body preserves rigidity and forming stability, giving space-constrained teams micron-scale ceramic printing and a rapidly deployable additive manufacturing experimental platform.

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A Build Volume Suited to Research Specimens

The 70 × 70 × 50 mm build volume matches research needs. It can print multiple small specimens, functional samples, bioinspired structures, and ceramic test green bodies at once, supporting individual trials and batches of parallel specimens. Designed for new materials, formulation validation, and process iteration, it supports ceramic and composite specimen development while balancing forming capability and procurement cost.

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One Machine for Ceramics and Composite Metals

The printer uses an SLA process with a descending platform. Forming proceeds from the bottom upward as the platform descends and the laser cures the liquid's surface. Parts remain attached to the platform, with low separation forces addressing detachment, warping, and green-body separation caused by highly viscous ceramic slurries. Broad compatibility allows one machine to process resins, polymers, ceramic slurries, and composite metal slurries, reducing equipment investment for new-material R&D.

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Composite metal material printing process.

Process Packages and Parameter Import/Export

The software saves printing parameters to process packages with one click. Multiple independent packages allow quick switching between printing plans. Complete parameter sets for different materials, models, and precision requirements can be saved separately and loaded by selecting the desired package, avoiding repeated manual configuration and improving trial-printing and batch-production efficiency. Parameter import and export allow packages to move across machines and projects, simplifying backup, reuse, and team sharing while reducing repeated tuning and maintaining process consistency.

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In-House Multilingual Software for Complete Model Processing

The proprietary control software integrates the entire model-processing workflow and supports eight languages, including English, French, German, Japanese, Korean, Russian, and Spanish. Built-in automatic support and intelligent slicing generate supports and layer slices from an imported 3D model without third-party support software. Model processing, parameter configuration, and job dispatch form a complete integrated workflow, shortening specimen turnaround and easing adoption. Print parameters are fully open for independent customization and tuning, enabling process exploration and materials formulation validation.

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One-Click TPMS Structures and XYZ Spatial Gradients

Built-in templates include Gyroid, Diamond, Primitive, Neovius, and other mainstream triply periodic minimal surface (TPMS) cells. Classic porous structures can be generated with one click without manually drawing surfaces. Gradients can be applied along one or multiple X/Y/Z directions, enabling spatial variation in cell size, porosity, and surface type.

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Integrated Industrial Computer, No External PC Required

An integrated computer provides machine control without an additional desktop PC. The system is ready to work after startup, avoiding external computer wiring, driver configuration, and file-transfer steps, and reducing interference from external equipment failures. High integration, local parameter storage, and simple, stable operation make it ready for laboratory use while reducing supporting equipment costs.

Low Slurry Consumption: Printing with Just 50 mL

Ceramic and composite metal slurries are expensive to prepare during new-material development, and formulation iterations often require many experiments. The P70's small vat allows specimens to be printed using just 50 mL of slurry, saving costly materials and reducing the cost of each formulation trial. Combined with the RMB 59,800 price, this lowers total costs from equipment purchase to consumables for micron-scale ceramic additive R&D, supporting affordable formulation screening, process parameter exploration, and faster materials development.

Applications: From Prototyping to Small-Batch High-End Manufacturing

The P70 suits high-end manufacturing in 3C electronics, semiconductors, and medical devices. It supports rapid prototype validation during product development and direct delivery of small batches of precision parts. It can efficiently form ceramic microneedles, miniature insulating sleeves, ceramic microporous nozzles, microwave passive devices, microlattices, and other ceramic components with complex microstructures. It integrates porous, irregular, and fine structures difficult to manufacture conventionally, meeting precision and productivity requirements for high-end ceramic parts.

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Combining micron-scale precision, stable forming, multi-material compatibility, and open processes, the P70 lowers the barrier to advanced micromanufacturing through aggressive pricing. For users facing difficulties making miniature parts, expensive precision equipment, or closed factory processes that prevent independent parameter adjustment, Qiji Intelligent's P70 descending-platform SLA printer may offer a solution.

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About Jiangsu Qiji Intelligent

Jiangsu Qiji Intelligent Manufacturing Technology Co., Ltd. is a Gusu Technology Leading Talent enterprise focused on R&D, production, and sales of 3D printing and additive manufacturing products. It has established a complete chain covering printers, software, consumables, scanning, and services. Core products include multiple ceramic printer series and matching slurries for complex components in high-end applications and different customer needs. The company holds more than 40 patents and nearly 100 authorized copyrights. Its printers have passed national additive manufacturing quality inspections and international certifications including CE, EMC, and RoHS, with reliable quality recognized by the market.

AI-translated from an article by Xiaoruanxiong on Nanjixiong, originally published on 2026-10-29. Text and images retain the original source attribution.
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