InventorCAM 2020 SP2 x64 Multilingual

Languages: 中文, Čeština, Dansk, Nederlands, English, Français, Deutsch, עברית, Magyar, Italiano, 日本語, 한국어, Polski, Português, Русский, Español, Türkçe.

SolidCAM is pleased to announce the availability of InventorCAM 2020 SP2 – the latest version of their flagship CAM software, fully integrated in Autodesk Inventor. Last release brings major enhancements to many CAM modules available inside InventorCAM, as well as general improvements that provide an even greater ease-of-use for the end user.

SOL-5388 Turning/Toolpath – With Cycle incorrect machining
SOL-6677 GUI\Dutch\Probe\Geomerty combobox
SOL-7309 Turning/Wrong lead out with use cycle = yes
SOL-7947 Turning link issue
SOL-8060 SC is crashing on selecting some options in VMID file
SOL-8975 Turning/Offset Z-ABS impossible to calculate
SOL-9472 Color recognition
SOL-10109 Inch part/ 5x template technology is named as undefined
SOL-10242 GUI/Czech version some translation issues
SOL-10275 Cancel the "part is open" warning message SC options gets disabled
SOL-10531 Spanish/UI Problems with fields in screens of milling part
SOL-11090 HSS/Sim 5x / Check link motions against containment to be removed
SOL-11160 Screw machining / Finishing / Ensure finish cut to be disabled
SOL-11454 Simultaneous turn\turning simulation looks incorrect
SOL-11480 Turbo HSM / Disable Feed rate for direct and spline links
SOL-11557 SolidCAM / Ribbon / many of the buttons are not transparent
SOL-11578 Inconsistent behavior of MachPreview, Machsim, Gcode and limit warnings
SOL-11647 MCO / Main Spindle movement without part not possible
SOL-11880 4x.Sim Turning Wrong HostCAD/SolidVerify/Turning Simulation
SOL-11934 Opposite Angle of B-Axis (Wrong Angle Pair solution)
SOL-11943 Barrel tool / Oval shape / Unable to create
SOL-11999 2.5D / drill / Unable to edit holder clearance value
SOL-12002 iMachining 3D missing tool path and penetrates into part
SOL-12066 Turning/ Wrong Spindle orientation angle
SOL-12079 Turning/cycle\pcode-approach is by material
SOL-12080 Turning/cycle\pgen\strange needless tooth-paths -clash to model
SOL-12085 Languages/Polish/UI problem
SOL-12095 Dutch GUI issues
SOL-12104 Japanese GUI issues
SOL-12119 Hole Wizard / Drag & Drop functionality / Drag to Hole Taking incorrect upper level
SOL-12130 Russian GUI problem
SOL-12136 Turkish GUI-problem
SOL-12140 Turning/Strange approach in the last down-step
SOL-12141 Danish GUI issues
SOL-12173 Error in Machine Simulation
SOL-12187 Screw machining / Does not support lead-in
SOL-12199 Turning\cycle with offset ZX+Finish, Finish retract is by diagonal in simulation
SOL-12206 Turning\Cycle\ZX-offset\simulation problem
SOL-12210 Rotary machining / Gouge check / incorrect data
SOL-12226 iMachining/ empty toolpath when ‘Feature recognition by chain’ and ‘3D model protection’ is used
SOL-12236 Contour 5x / Gouge check / Stock to leave is disabled
SOL-12250 Mill-Turn/Pocket operation/Duplicate window in the background
SOL-12266 New command close without save / handling of buttons mixed
SOL-12279 Simultaneous turn\incorrect tool orientation in turning simulation
SOL-12310 Tool Table/Position in Multi Tool holder not working correctly
SOL-12319 Simultaneous turn\tool visual (tool near mouse) is wrong
SOL-12324 Pocket recognition gouge with 3D model protection turned on
SOL-12359 Simultaneous turn\crash in edit second job
SOL-12383 Simultaneous turn\calculate in cam manager-edit job run simulation-get message that not calculated
SOL-12384 Simultaneous turn\change tool side Right to Left-program is stuck
SOL-12484 Turning/Pgen\groove-finish-not completed
SOL-12503 Rotary machining / Around / Disable high surface quality
SOL-12534 Sim 5x / Tool axis control / Disable smoothing
SOL-12538 Multiaxis / Unable to modify from edit button
SOL-12544 Simultaneous turn\ incorrect tool orientation and cutting after calculate in Cam manager
SOL-12563 Drill/variable deep-hole drilling
SOL-12579 HSS/Projection Offset/Clearance data checkboxes not saved
SOL-12591 GUI/HSS/Sim5Axis/Extra Parameters spelling mistake
SOL-12597 MRI/4xSimTurn/Wrong simulation in 2D-turning simulation mode
SOL-12598 MRI/iMachining/New "Global machine" option does not take data of the used milling spindle
SOL-12599 3D iMachining – Option Only Restmaterial are lost after close and Open Part
SOL-12604 Machine Preview/Wrong C-axis values
SOL-12615 Synchronize/No sync is needed in Hole Wizard recognition operations
SOL-12645 Pocket operation / advanced sorting / no toolpath
SOL-12692 iMach 3D / start position not over drill pos
SOL-12742 iMachining 2D/Wrong upper level
SOL-12743 Envelope\coord sys\envelope is incorrect (2 types) during the part definition
SOL-12791 Pocket with Pre-drill Second down step: Toolpath is needless
SOL-12797 Toolbox / simple boss / wrong output for spindle speed
SOL-12802 Face-Mill/GUI Convert from SC2019 to SC2020 is not correct
SOL-12804 Hole wizard / wrong upper level for through tapped holes
SOL-12805 Hole wizard / drag to surface / creates operations from opposite side
SOL-12818 GUI/Recalculation from S to V doesn’t work
SOL-12832 Simturning\Gcode\gcode not generated in Simultaneous turning operation
SOL-7468 Multiaxis Drill – drill operation / cycle is wrong after selecting a drill tool
SOL-11038 Multi Depth Drill/ Add field for Peck retract feed
SOL-12389 Pocket – Pocket Recognition\Repositioning field need
SOL-12418 5 Axis Sim/ Geodesic / Enable 4x based on the VMID
SOL-12731 VMID – add new parameter in Tiled Plane – Tilted from MAC / vMAC
SOL-12735 Hole Wizard/Highlight Holes

About SolidCAM product family. SolidCAM, InventorCAM and the standalone SolidCAM CAD/CAM suite are the flagship products. SolidCAM and InventorCAM integrate with SolidWorks and Inventor, respectively. Officially approved partners and all that. Their CNC programming toolsets look and feel like the CAD systems as much as possible, making the learning curve shorter. You define, calculate and verify all your machining operations without leaving the CAD environment. They can handle programming 2.5- to 5-axis machining, high-speed surface milling, wire EDM, etc. Their models are fully associative, so your toolpaths update when you make a part change. There are no import/export hassles, and you don’t have to learn some CAM system’s idea of a CAD application to make them work.

iMachining – basically, this is a wizard-based technology – patented, BTW – that makes defining cutting conditions easy by automatically calculating the cutting conditions for your toolpath. You give it your toolpath, stock, tool material and machine specifications then it derives optimal feeds, step over depths and widths as well as cutting speeds. For you old hands, the company says iMachining can save you 70% or more in CNC machining time and extends tool life dramatically.

SolidCAM & InventorCAM Tutorial 2 | 2.5D Milling
SolidCAM Inc is a world leader in advanced tool path generation technology (CAM) running directly inside SolidWorks. SolidCAM features a full line of CNC machine programming software solutions ranging from 2 axis lathes and 3 axis mills to extremely complex multi-axis MillTurn machines and Wire Edm. All products run directly inside SolidWorks and provide the user with a true "SolidWorks look and feel" for ease of use and maximum efficiency. Along with the integrated interface and scalability for new machines, SolidCAM also has its patented "iMachining" that powers users to new levels of productivity and profits, through unmatched cycle time reduction and unrivaled tool life.

Product: InventorCAM
Version: 2020 SP2 build 109856
Supported Architectures: x64
Website Home Page : http://www.solidcam.com

Language: multilanguage
System Requirements: PC *
Supported Operating Systems: *
Software Prerequisites: Autodesk Inventor 2021 and below
Size: 4.06 Gb

Microsoft Windows 10 x64 Professional and Enterprise Editions; Microsoft Windows 8.1 x64 Professional and Enterprise Editions (with latest Service Pack); Microsoft Windows 7 x64 Professional and Ultimate Editions (with latest Service Pack)
– Intel Xeon, Intel Core, Intel Core 2 Duo, Intel Core 2 Quad or higher (If you use other processors we assume no responsibility and no support)
– 4 GB RAM (for the processing of large components, we recommend 8 GB RAM (or more)
– 15 GB free disk space for installation
– Hard disk with at least 100 GB of storage
– NVIDIA graphics card of the current Quadro series with min. 512 MB ​​(1024 MB recommended) and current, certified graphics driver (With the use of other and on-board graphics cards, we accept no responsibility and no support)
– 1,280 x 1,024 or higher screen resolution
– Microsoft Direct3D 9 or compatible graphics card (Microsoft Direct3D 11 or higher recommended)
– USB 2.0 interface
– DVD drive