SC-ISOSLICE-1

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SC-ISOSLICE-1 Application Field and Working Principle

SC-ISOSLICE-1 technology is a and cutting tool package specifically designed for specialized applications and industrial environments. The SC-ISOSLICE-1 package consists of a patented, low-power, non-mechanical cutting tool, a specialized control system, and an interface with the end user. SC-ISOSLICE-1 technology is used in the following application fields:

• Medical Device Manufacturing
• High Precision Machining
• Thermal Prototype Cutting
• Metal Cutting & Shaping
• Force Sensing & Displacement Measurement
• Robotics & Automation

SC-ISOSLICE-1 technology is based on the principle of a low power, non-mechanical, laser induced dielectric breakdown. This process relies on a low-power laser focused on a material that is placed between two electrodes. When a certain voltage is applied to the material, it will become charged and the laser will cause the material to become partially or fully molten. The molten material is expelled out of the tool and a shearing force is generated which cuts the material.

The benefit of this technology is that it is able to produce extremely precise cuts along the material’s surface, with very little thermal impact on the material. The cutting process can be easily controlled and adjusted, and the simplified control system allows the end user to easily program and operate the tool. Additionally, the low power requirements of the system allow it to be used in environments where high power or laser systems cannot be used.

SC-ISOSLICE-1 technology is capable of providing precise, repeatable cuts along surfaces that are difficult to access or require complex shearing forces. The superior cutting quality and the simple control system make it well suited for a variety of specialized applications, particularly in medical device manufacturing, where precision and repeatability are essential. Additionally, the low power requirements and the capability to be operated in most industrial environments make SC-ISOSLICE-1 technology a valuable asset for a variety of applications, including high precision machining, thermal prototype cutting, metal cutting and shaping, force sensing and displacement measurement, and robotics and automation.

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