Super discount! Mofang Precision launches a new desktop level high-precision 3D printing system microCube T10

With the rapid development of cutting-edge fields such as 5G, artificial intelligence, new energy, and biomedicine, the trend of device miniaturization, precision, and integration is accelerating. The bottleneck of traditional manufacturing methods is becoming increasingly prominent in the face of increasingly complex micro and nano structure processing demands. Research institutions and industrial enterprises urgently needA manufacturing solution that can balance high precision, high tolerance control capability, easy operation, and controllable cost.

Mofang Precision officially launchedNew desktop level high-precision micro nano 3D printing system - microCube T10This innovative productOptical accuracy 10.8 μ mandDesktop level design, providing scientific research institutions, university laboratories, and small and medium-sized enterprises withHigh cost-effective micro nano scale processing solutionsThis marks an important step towards the popularization of high-precision micro nano manufacturing technology.

01 Technical Highlights | High precision printing, compatible with multiple materials

The microCube T10 can achieve high optical precision of 10.8 μ m, suitable for scientific research and industrial development applications such as microfluidics, micro components, medical devices, etc.The desktop level body design can flexibly adapt to more working environments, facilitating researchers to complete high-precision machining tasks and significantly improving the convenience and efficiency of micro and nano scale manufacturing.

Meanwhile,The advanced release technology carried by T10 can effectively achieve low release force printingThis characteristic is crucial for the preparation of microfluidic channels with complex structures and high precision requirements, ensuring high fidelity and integrity of the molded parts.

T10 supportPrinting of photosensitive resin, ceramic slurry, biological ink, hydrogel and other materialsIt can adapt to most research and development needs. In the field of biomedicine, T10 is capable of printing high-precision tissue engineering scaffolds and microfluidic chips, providing tools for research in regenerative medicine, drug screening, and other areas. The compatibility of ceramic slurry makes it possible to manufacture microstructures with high heat resistance and corrosion resistance, and has broad application prospects in the fields of microelectronics and aerospace.

02 Characteristics and Advantages | Redefine User Experience

T10, while ensuring micro nano printing accuracy, integrates multiple innovative features through a deep understanding of users' actual needs

• Touch screen control:Equipped with a 7-inch touch screen, users can intuitively customize and adjust printing parameters and modes, simplifying the operation process.

• Rapid curing test:Support short-term testing parameter combinations, with adjustable parameters during the printing process, greatly reducing the time required for optimizing the process.

• Support offline work:No need to connect to a computer,Support USB flash drive and offline printingIncreased the flexibility and convenience of device usage.

• Precision scraper system:Adjustable scraper assists in spreading materials, effectively eliminating bubbles generated during the printing process and improving the success rate of printing.

• Material saving mode:Only 2-5ml of material is needed to start printing, significantlySave consumable costsEspecially suitable for experimental research and small-scale production.

• Oxygen permeable membrane printing mode:Can reduce release force, suitable for hydrogel printing, significantly improving the printing success rate of functional materials.

03 Application Prospects | Precision Manufacturing, Popularizing the Future

The launch of T10 is a practice of Mofang Precision'Technology for All'The strategic step of the concept: By significantly reducing the threshold for equipment purchase and usage costs, the micro nano processing capabilities that were previously only used by a few top laboratories will be brought to a wider range of research institutes, enterprise R&D centers, and even start-up teams.

With aerospace, precision medicineprecisionThe explosive growth in demand for device miniaturization and functional integration in industries such as electronics will accelerate the validation of new principles and provide economical and flexible solutions for the development and production of high-precision customized devices, such as T10 desktop and intelligent high-precision 3D printing equipment.

In the future, Mofang Precision will continue to focus on original technology research and product innovation, striving to build the key empowerment capability of "from samples to products", in order to help China's manufacturing industry build core competitive advantages and contribute Chinese intelligent manufacturing solutions on the global precision manufacturing stage.