
JET HIGH PRESSURE TOOLS
High Pressure Coolant
Important Features JHP tools provide advantageous performance, also
- Up to 200% increased cutting speed when when conventional pressure is applied. machining titanium and heat resistant alloys
- Effective chip control on problematic materials
Pressure vs. Flow
- Up to 100% increased tool life when machining titanium,
- Each JHP tool is designed to work at a certain flow rate,
| heat resistant alloys and alloy steel | | depending on the pressure. The flow rates are listed in the |
| | catalog pages for each tool. The user should verify that |
| JHP tools are essential and important for the | | his pump can supply the required flow in order to achieve |
| aviation, aerospace and medical industries. | | the optimal results. The pump data sheet will usually |
| | list the maximum flow rate for each pressure range. |
| The coolant channels of the JHP tools feature outlets | | |
| Chips & Pressure | |
| very close to the cutting edges, thus gaining the | • The coolant flow will start to break the chips at a | |
| following advantages: | | certain pressure, depending on the specific tool and |
- Shorter machining time – cutting speed may the workpiece material. If the chips are not breaking, be increased by up to 200% when machining the pressure should be increased until chip control titanium and heat resistant alloys is achieved. As the pressure is increased, the chips
- Longer tool life – increased tool life by up to become smaller and smaller. It is possible to control 100% not only on titanium and heat resistant the size of the chips by modifying the pressure. alloys, but also on stainless and alloy steels
- Improved chip control – small chips can be obtained even on the most ductile and problematic materials
- Effective cooling down of the cutting edge, reducing sensitivity to heat fluctuations
- Safer and more stable process