Titanium Plate

Keep temperatures down
Since titanium doesn't conduct heat well, most of the energy generated during the cutting process goes into the tool. This heat can have several adverse effects, the most notable of which is causing premature tool failure. It can dull your tool and cause rubbing, generating even more heat and continuing the cycle. Depending on the materials you're using, this could also be a fire risk. The dulling of your tools can be expensive for you and damaging to the piece of work.
Poor heat dissipation can also lead to strain hardening, in which the edges of your workpiece harden and become tougher to cut. This hardening affects the speed at which you need to be cutting and can lead to faster tool degradation. Using a generous amount of coolant can help bring down temperatures.

Make your surface stable
One effective way to put added strain on your tool is to expose it to shock and jarring changes in force. It is common for the tool to experience this when it enters and exits the material. Instead of inserting the tool directly into the metal, gently arc it inward to ease it into the cut. This arc lets you gradually increase the pressure and makes the entry less jarring on your tool and less likely to tear the material. This path should follow thick-to-thin milling, as well as move in the same direction, clockwise or counterclockwise, as the tool.
For a similar result at the end of your cut, consider a chamfer. A chamfer is a sloped groove in the material. It lets the tool lose depth gradually instead of abruptly, which helps ease the transition for the tool with less force.
Watch your tools
A sharp tool is necessary for efficient cutting, and titanium can wear your tools very quickly. Inspect them frequently and replace them if they start to wear. A dull tool will add heat and consequently wear out even faster.
Leave your tool a lot of room
By using a tool with a smaller diameter, you create more exposure to air and coolant. Doing this allows the cut edge to spend more time cooling down. It also isn't exposed to the tool and its heat for as long. This method is an effective way to control the temperature by giving the metal time to breathe in between cuts.
Reduce galling
Titanium alloys to other materials readily, which can cause galling and rewelding of the edges while cutting. Keeping the heat down, using sharp tools and using lubricant can help reduce this effect.
Control chipping
Edge chips occur when the metal pieces being cut off compress and adhere to the edge of the cutting tool. As more pieces build up on the cutting tool, they negatively impact performance and can result in a more quickly damaged tool and a poor cut. Using a sharp tool and lubricant can help reduce chipping.