With the continuous development of science and technology, medical 3D printing technology is gradually becoming an important tool in the medical field. The choice of medical 3D printers is directly related to the medical level and technical strength of medical institutions. So, how to choose a medical 3D printer that suits you? ACMEMFG's three SLA 3D printers - H360, HI600 and HI800, will provide you with the best solution in this article.


First of all, we need to consider the printing accuracy of medical 3D printers. Due to the high requirements for accuracy in the medical field, we need to choose 3D printers with high printing accuracy. ACMEMFG's H360, with its high-precision print head and i6 high-quality materials, can meet the fine needs of the medical field and ensure that the printed models are accurate and meet medical needs.

Secondly, we need to pay attention to the printing speed. For medical institutions, efficiency is very important. ACMEMFG's H360, HI600, and HI800 provide faster printing speeds while maintaining high printing quality, which can quickly generate surgical guides and preoperative planning models in emergency situations, significantly improving work efficiency.

In addition, we also need to consider the material compatibility of 3D printers. The medical field has high requirements for materials, so we need to choose a 3D printer that is compatible with various medical materials. ACMEMFG's SLA series models have a wide range of material compatibility and support printing of a variety of medical materials, including transparent, high-toughness, elastic, high-temperature resistant resins and other materials, ensuring the high quality and reliability of medical models.

Finally, we also need to consider the price and after-sales service of the printer. The price of medical 3D printers is relatively high, so we need to choose products with high cost performance while ensuring quality. ACMEMFG's three SLA 3D printers not only have excellent performance, but also provide good after-sales service and technical support to ensure the long-term stable operation of the equipment.


ACMEMFG's three SLA 3D printers
1. H360

H360 is a high-precision SLA 3D printer from ACMEMFG, designed for complex and delicate medical model design. Its high resolution and fine print head can produce detailed and smooth medical models in a short time, which is suitable for the production of surgical guides and medical display models.

2. HI600

HI600 provides a larger print size and higher print speed, suitable for the production of medium and large medical models. Its intelligent control system and efficient light-curing technology ensure the high precision and stability of the model, and can quickly generate preoperative planning models and complex anatomical structure models.

3. HI800

H800 is the flagship SLA 3D printer of ACMEMFG, with an ultra-large print size and excellent precision, suitable for medical models and implants that require large-scale production and complex structures. Its efficient printing and fine detail reproduction capabilities make its application in the medical field particularly outstanding.

Application in the medical field

The mainstream medical 3D printers on the market are generally SLA light-curing 3D printers, which are used to print surgical guides, preoperative planning models, medical-related display models, etc. ACMEMFG's SLA 3D printers perform well in these applications, providing high-precision and high-efficiency printing solutions. In addition, metal 3D printers, ceramic 3D printers, and PEEK material 3D printers can also be used to print various implants, providing strong support for innovation and development in the medical field.

In summary, the selection of medical 3D printers needs to consider factors such as printing accuracy, printing speed, material compatibility, price and after-sales service. ACMEMFG's three SLA 3D printers, H360, HI600 and HI800, provide strong support for the development and innovation of the medical field with their excellent performance and wide application.