Groundbreaking KipwareM® Conversational 3D In Action
We love getting REAL WORLD input, comments and results from our clients … and we got one this morning that really rocked. We released our groundbreaking and cutting edge conversational 3D programming ( BTW Kipware® is the ONLY conversational CNC programming software in the world with this option … Who writes your CNC software? ) in […]
2015 Kipware® Development Report
It’s hard to believe that we are about to close out 2015 and start a new journey into another New Year. At this time each year we are fond of taking a look back to reflect and evaluate what we have accomplished during the past year for our products in terms of development and enhancements … […]
New KipwareXC® Feature Release – X-Y-Z Separation & Height Offset Auto Addition
The latest version of KipwareXC®, Kentech Inc.’s ground breaking G code conversion software, contains a couple of new features catering to Fadal users and others who need to separate X-Y-Z moves and add height offset calls to G code during conversions. COORDINATE SEPARATION Some CNC controls have the capability to perform X-Y movement prior to a […]
New Feature Release – KipwareM® Tapered Top Facing
Kentech Inc. announces the release of a new conversational menu for KipwareM® – Conversational CNC Programming Software for milling. We created the menu based on a request from one of our clients who was looking for a menu that would allow him to create a G code program to face a part that is fixtured at an […]
New Feature Release – KipwareCYC® Runtime Calculator
Kentech Inc. is pleased to announce the release of the Runtime Calculator (RTC) feature for KipwareCYC® – Machining Cycletime Estimating Software. RTC is designed to allow users to quickly and easily calculate total hours … total days … and total labor costs for production runs from 1 to 1 million. RTC can be used as a stand alone […]
KipwareCYC® – New Release – Multiple Part Machining Time Estimating
The design of KipwareCYC® from the start has been to assist users accurately create machining time estimates for their workpieces … and has been based on creating that time to machine one part from start to finish. Estimates are created while users walk the part through each machining operation for each machine required … creating […]
