Thanks to PowerMILL, the Messier-Bugatti team saves programming time and avoids programming errors by reducing the number of manual operations. Delcam support is very quick to respond, no matter what request we have. In fact, we have a very good relationship with the whole Delcam team” Click on the tabs below to find out why PowerMILL is used for a variety of applications, including high speed machining, multi-axis machining and electrode manufacturing.
|
Modelling for Manufacture
PowerMILL Modelling gives you the tools to prepare and repair your customers' data. Benefits:
Customers:
Typical Applications:
|
|
High Speed Machining
Delcam has been at the leading edge of High Speed Machining technologies for many years, helping customers to machine components in the shortest possible time. Benefits:
Customers:
Typical Applications:
|
|
5-axis Machining
PowerMILL offers a wide range of strategies to make efficient 5-axis programming a reality. Benefits:
Customers:
Typical Applications:
|
|
Robot Machining
The PowerMILL Robot Interface lets you program robots with up to 8 axes as easily as you could program a 5-axis NC machine. Benefits:
Customers:
Typical Applications:
Click here to visit: www.delcam-robotics.com |
|
Blade, Blisk and Impeller Machining
Blade, Blisk and Impeller machining (BBI) is a dedicated cost option solution for manufacturing turbo machinery components used in the automotive, aerospace and power generation industries. Benefits:
Customers:
Typical Applications:
|
|
Port Machining
PowerMILL offers a dedicated port machining solution for the production of tubular apertures. Benefits:
Customers:
Typical Applications:
|
|
Electrode Manufacturing
PowerMILL allows you to create and machine your electrodes on the shop floor. Benefits:
Customers:
Typical Applications:
|
|
Micromachining
PowerMILL’s efficient micromachining roughing strategies enable you to produce parts smaller than 1mm. Benefits:
Customers:
Typical Applications:
|
|
Prismatic Machining
PowerMILL offers powerful 2D machining functionality for basic machining operations such as facing, chamfering and drilling. Benefits:
Customers:
Typical Applications:
|
|
Machine Tool Probing
On Machine Verification (OMV) allows you to measure components while they are still on a machine tool, reducing the need to move parts between your machine tool and CMM. Components are measured using a machine tool probe which provides the same reporting capabilities as Delcam’s leading 3D inspection software, PowerINSPECT. Benefits:
Solve complex measurement problems on Machine Tools On Machine Verification can be used to support the set-up of a job, or to evaluate the quality of machining where decisions can be made – on the machine itself. Our customers can be found in the aerospace, automotive and advanced manufacturing sectors, working with composites, complex geometries and free-form shapes. Work with 3, 4, and 5-axis machining centres. OMV supports table/table configurations, mixed configurations, or head/head configurations. Contact us now for more information. On Machine Verification works with touch trigger probing systems and supports the following controllers:
Working with batch components? OMV’s multiple measure capability allows you to excel when working with batches of similar components. Results and reports are kept in the same session file and comparisons between parts are made simple. Visit the PowerINSPECT website for more information on the world’s leading 3D inspection software. Read the FAQs for PowerINSPECT OMV Read this OMV case study from one of our existing customers. Watch the videos below to see PowerINSPECT OMV in-action: | ||||||||||||||||||||||||||||
|
Advanced Simulation & Verification
PowerMILL’s Advanced Simulation and Verification Module provides a range of functionality for protection and utilisation of your CNC machine tools. Features include:
Benefits:
Customers:
|
|
Rib Machining
Create ribs in complex mould tools quickly and easily with PowerMILL's Rib Machining module. Automatic Surface Recognition enables you to identify rib surfaces from a pattern. Features include:
Benefits:
|
![]() |
|