Open Mind Technologies USA Inc.
1492 Highland Ave. Unit 3
Needham, MA 02492 US
- Visit Company Website
A Message from Open Mind Technologies USA Inc.
As Seen In Modern Machine Shop
Autodesk Certifies Compatibility with Open Mind Software
HyperMill 2016.2 has been certified for use with Autodesk Inventor 2017 software.
CAM Strategies Improve Machining Times
Open Mind Technologies USA will present HyperMill Maxx Machining, a set of high-performance strategies within HyperMill CAM for improved roughing, drilling and finishing.
On Display at Amerimold 2016
Highlights include modular workholding, stable cutting tools, new machine tool offerings and non-contact measurement.
Shop Favors Different Flavor of Five-Axis Technology
Campbell Engineering benefits from a new twist on the tombstone workholding concept, which enables one of its HMCs to perform 3+2 machining to reduce scrap while supporting the higher-volume needs of its medical customers.
Software Provides Strategies for Roughing, Drilling, Finishing
Open Mind will present HyperMill 2016.2, which includes the Maxx Machining performance package, a set of high-performance toolpath techniques for roughing, drilling (pocket-opening) and finishing.
CAM Software Helps Shop Gain Machining Efficiencies
VIDEO NOTE: Scroll to the bottom of the page for a behind-the-scenes look at 5th Axis, and hear Chris Taylor talk about how Hypermill software has helped his company.
Video: Think Twice Before Reaching for That Ballnose
Another type of tool engages comparatively more of the work to facilitate larger stepovers for improved efficiency and surface finish in five-axis finishing operations.
Ballnose Alternative Shines in Five-Axis Finishing
Large cutting edge radii facilitate higher-stepover passes that improve surface finish and reduce cycle time.
CAM Software Enables Tangent Plane Machining
Open Mind Technologies will preview version 2016.1 of its HyperMill CAM featuring a finishing strategy from the modular HyperMill Maxx machining performance package.
CAM Software Integrates with CAD for Efficiency
Open Mind will present HyperMill 2015.1, a CAM software that covers 2.5D through five-axis milling and drilling, and turn-milling.
The Tactical Merit of Five-Axis Machining
A job shop relying on homegrown talent to win aerospace and defense work expands its five-axis capabilities
CAD Software Adjusts for Deformation
HyperCAD-S, Open Mind’s CAD system, integrates with the company’s HyperMill CAM system, designed to meet the needs of NC programmers.
CAM Suite Improves Five-Axis Drilling
Open Mind Technologies' HyperMill 2014 CAM suite features an extension for advanced five-axis drilling and roughing strategies.
CAM Program Enables Precise Rest Machining
Open Mind Technologies USA will present its high-performance HyperMill CAM software for the mold and die industry.
CAM Software Incorporates CAD Component
Open Mind’s hyperMill 2013.2 release includes updates to hyperCAD-S, a CAD component designed to address the requirements of NC programmers, particularly for tool and moldmaking.
Roughing Module Offers 2D Cutting Optimization
Open Mind’s hyperMaxx roughing module for hyperMill, initially designed for 3D arbitrary stock-contour machining and five-axis shape-offset roughing, now offers its high-performance cutting optimization strategy for 2D pocket milling.
Program Integrates CAD and CAM
Open Mind Technologies’ hyperMill 2012 for SolidWorks enables integration of continuous processes from the drawing to the machine.
Software Optimizes Large- and Small-Part Roughing
The hyperMaxx optional roughing strategy from Open Mind is fully integrated with hyperMill to optimize milling paths, maximize material removal and reduce machining times.
Machining Strategy for Five-Axis Shape Offset Machining
Five-axis contour offset roughing and finishing has been added to Open Mind’s hyperMill software.
Open Mind Renews Agreement with MachineWorks
Open Mind Technologies (Wessling, Germany), developer of the hyperMill CAD/CAM system, has renewed its agreement with MachineWorks (Sheffield, U.K.) for the use of the latter company’s simulation and verification algorithms.