Примечания по применению технологии SPRINT™

SupaScan provides an exceptionally fast workpiece set-up solution for users of machine tool spindle probes; ideal for manufacturers in high volume production environments.

Application note: SupaScan

SupaScan provides an exceptionally fast workpiece set-up solution for users of machine tool spindle probes; ideal for manufacturers in high volume production environments.

[321kB]

SupaScan provides a convenient solution for end users wanting to monitor the surface condition of components whilst still in the fixture of the machine tool. The data provided by the application can be used for post-process inspection of the component’s surface finish or for process efficiency gains by ensuring tools are used for their full lifespan.

Application note: SupaScan surface condition monitoring

SupaScan provides a convenient solution for end users wanting to monitor the surface condition of components whilst still in the fixture of the machine tool. The data provided by the application can be used for post-process inspection of the component’s surface finish or for process efficiency gains by ensuring tools are used for their full lifespan.

[356kB]

As well as traditional on-machine workpiece set-up and post-process inspection, SupaScan provides the ability to monitor surface condition of flat surfaces whilst a component remains in the fixture of a machine tool. A surface condition monitoring technology demonstration shows how SupaScan compares with a traditional off-machine inspection system.

Application note: SupaScan surface condition monitoring addendum

As well as traditional on-machine workpiece set-up and post-process inspection, SupaScan provides the ability to monitor surface condition of flat surfaces whilst a component remains in the fixture of a machine tool. A surface condition monitoring technology demonstration shows how SupaScan compares with a traditional off-machine inspection system.

[562kB]

The Productivity+™ Adaptive Cut Toolkit offers machinist the ability to adaptively cut parts, for applications like chamfering on near net shape parts quickly and accurately without the use of external tools, such as robots, or third-party software. This CNC based solution can provide a reliable, automated and cost-effective answer to many of the challenges associated with traditional methods.

Application note: Productivity+™ Adaptive Cut Toolkit

The Productivity+™ Adaptive Cut Toolkit offers machinist the ability to adaptively cut parts, for applications like chamfering on near net shape parts quickly and accurately without the use of external tools, such as robots, or third-party software. This CNC based solution can provide a reliable, automated and cost-effective answer to many of the challenges associated with traditional methods.

[1014kB]

The SPRINT™ system with Productivity+™ provides a rapid and accurate means of performing workpiece set-up and process control activities by measuring prismatic features; outperforming the capabilities of traditional, touch-trigger probing solutions.

Application note: SPRINT™ with Productivity+™ prismatic applications

The SPRINT™ system with Productivity+™ provides a rapid and accurate means of performing workpiece set-up and process control activities by measuring prismatic features; outperforming the capabilities of traditional, touch-trigger probing solutions.

[280kB]

The SPRINT™ Freeform Surface Toolkit offers a unique solution for end users requiring fast and accurate measurement of free-form and complex 3D surfaces. The data provided by the Toolkit can be used in high-precision adaptive machining applications, advanced part set-up and in the production of mating components.

Application note: SPRINT™ Freeform Surface Toolkit

The SPRINT™ Freeform Surface Toolkit offers a unique solution for end users requiring fast and accurate measurement of free-form and complex 3D surfaces. The data provided by the Toolkit can be used in high-precision adaptive machining applications, advanced part set-up and in the production of mating components.

[389kB]

The SPRINT™ Blade Toolkit offers a unique solution for end users requiring measurement data for the production and repair of blades and bladed disks. The data provided by the Blade Toolkit can be used in a number of high-precision applications including blade tip refurbishment, in-process blade measurement and root blending of bladed disks.

Application note: SPRINT™: Blade Toolkit

The SPRINT™ Blade Toolkit offers a unique solution for end users requiring measurement data for the production and repair of blades and bladed disks. The data provided by the Blade Toolkit can be used in a number of high-precision applications including blade tip refurbishment, in-process blade measurement and root blending of bladed disks.

[592kB]

The SPRINT™ MTM Toolkit offers exceptionally repeatable diameter measurement to machine tool builders who produce Y-axis multi-task machine tools for use in the machining of highly accurate diameters.

Application note: SPRINT™: MTM Toolkit

The SPRINT™ MTM Toolkit offers exceptionally repeatable diameter measurement to machine tool builders who produce Y-axis multi-task machine tools for use in the machining of highly accurate diameters.

[1.3MB]

The SPRINT™ Machine Health Check application provides a unique solution for end-users and machine tool builders who are looking to design sustainable machining processes on 3-axis and 5-axis table/table milling centres. This application allows machine tool performance verification in less than one minute using a simple test based on the exceptionally accurate measurement capability of the SPRINT system.

Application note: SPRINT™: Machine Health Check

The SPRINT™ Machine Health Check application provides a unique solution for end-users and machine tool builders who are looking to design sustainable machining processes on 3-axis and 5-axis table/table milling centres. This application allows machine tool performance verification in less than one minute using a simple test based on the exceptionally accurate measurement capability of the SPRINT system.

[2.3MB]