SLM 3D Printing Milling Cutter Tools not only enable large milling cutters to reduce weight and have multifunctional large tool parts. But also make sure that they outperform and last longer than their more conventional rivals. JR. can create cutting tools out of titanium, aluminum, steel, stainless steel, etc. utilizing selective laser melting (SLM).

Product Details

Product： Milling cutter

Material： Ti6Al4V(TC4)

Process： DMSL/SLM

Printer： EOS M290

In order to provide conformal cooling, the tool's 3D printed metal can be used to make intricate interior channels and chambers in the tool. Additionally, you can design tools with characteristics like flutes, intricate surface patterns, back tapers, and root cleaning, which can cut down on production steps, shorten the production cycle, and maintain a balance between the strength of the tool body and the available space for the chip flutes.

Milling cutter Tool 1

Milling cutter Tool 2

About Material

Titanium (Ti6Al4V) is a workhorse alloy in SLM 3D printing's additive manufacturing process. The mechanical qualities are similar to wrought titanium in terms of tensile strength, elongation, and hardness when compared to Ti grade 23 annealed. Vacuum stress alleviation is applied to the final components made of Ti6Al4V.

SLM specification

Both prototypes and production parts, especially those with extremely intricate features and all-in-one assemblies, are produced using the selective laser melting, which selectively fuses a fine metal powder.

Technology	SLM Metal 3D
Max building volume	250250300mm
Accuracy	±0.1mm
Layer thickness	0.03mm~0.08mm
Min wall thickness	0.6mm
Material Performance	Very close to the performance of forged parts
Surface	Ra6~9μm,
Printing time	Depending on the structure, it usually 1—5 business days
Delivery time	5 business days
Application	Mold, medical, aerospace, robotics, consumer electronics, drone, vehicles, mechanical devices, electric tools, dental, automotive, entertainment, etc.
Country of origin	Shenzhen of China