ProtoFab (Xiamen) industrial co., ltd. has developed a number of core control software with independent intellectual property rights through in-depth cooperation with many well-known domestic and foreign scientific research institutions. They have independently developed a number of 3D printing equipment, and the product line covers FDM, SLA, SLS, SLM, biological printing, etc., and the rich and diverse product categories meet the needs of different customer groups.
Superior components and fine workmanship make the SLA800 an indispensable workhorse. Fabricates functional and challenging prototypes up to 800*600*400 in size, eliminating the need for connection links.
We value your time; equipped with two lasers and two scanning mirrors to give you double the efficiency of conventional printers, greatly reducing processing time and costs and enabling customized production of very large prototype models.
The important components (laser controller, imported service system) are selected from well-known brands all over the world, effectively supporting and ensuring the high reliability for the overall operation of the equipment.
With 2400mmx800mmx800mm large printing build size, it can realize large-scale prototype printing in an integrated manner, efficiently avoiding the product error caused by splicing, and meeting the urgent need for large-scale prototype samples in the rapid prototyping field such as automobile design and aerospace. Equipped with high-end optoelectronic devices, combined with independent and efficient control software to control the overall printing process to ensure the stability of printing.
Selective laser melting (SLM) is a particular rapid prototyping, 3D printing, or Additive Manufacturing (AM) technique designed to use a high power-density laser to melt and fuse metallic powders together.
This entry level SLM printer uses a broad choice of materials including stainless steel, Cobalt Chrome, Bronze, Titanium, Aluminum, etc. Due to ProtoFab's patented layer applying technology, smaller particles can be used that allow to generate finest feature detail and thinnest wall thickness.