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CAM-POST V19 includes over 200 NC controller quick-start defaults, which can be selected to simplify and speed post-processor creation. Also, as a standard feature, CAM-POST includes a unique comprehensive 'point and click' Wizard that allows even the most novice users to generate advanced NC post-processors quickly and effectively.
The Wizard easily guides users through all the various steps involved when creating NC post-processors by using illustrated sets of instructions, which provide an intuitive graphical interface for effortless definition of machine kinematics, axis sign conventions, travel limitations and rotary pivot distance offsets.
Virtual Machine® for Integrated machine tool simulation during post-processing...
Implementing Virtual Machine as an integrated option to CAM-POST, delivers a powerful graphical machine tool simulation solution that enables NC programmers to graphically simulate and test programs against collisions easily and automatically during post-processing.
The machine tool and controller data for both Virtual Machine and CAM-POST are stored and managed in the same database. This eliminates the error-prone and time consuming alternative of entering the same machine and control data twice when using a non-integrated solution.
ontreal – ICAM Technologies Corporation is pleased to announce the shipping of CAM-POST® V19, the latest version of its NC post-processing development software, to its user community. Version 19 of ICAM’s Integrated PSE product suite is also being shipped to current users.
Integrated PSE includes CAM-POST®, Virtual Machine® and Control Emulator™ and provides a unique environment for Post-processing, Simulation and Emulation inside a single software platform.
Integrated PSE interfaces with the most popular CAD / CAM / PLM systems, CNC controllers and machine tools and provides the means to compute in-process stock geometry to identify, list and display surface gouges, excess material, inaccessible areas and rapid-motion collisions at any time during the post-processing and verification phase.
Building on its advanced “forward-looking” features such as path planning and rotary axes pre-positioning / winding, developed to enhance the machining process while avoiding dwell marks, over-traveling and rotary repositioning, Integrated PSE V19 offers an array of new features to its end-users including:
* Mill / Turn Simulation with Material Removal
* Built-in support for Mill / Turn sub-spindle or back spindle
* Probing Simulati on
* RTCP and LCS Support
* New flexible GENER & CeRun user interface layout
* Windows XP, Vista and 7 compliant installation and operation
“Version 19 of CAM-POST, Virtual Machine and Control Emulator provides our customers with a powerful software tool allowing for post-processing and simulation with G-code verification for advanced machining applications including Mill / Turns,” says Brian Francis, ICAM’s Director of Research and Development.
The Wizard easily guides users through all the various steps involved when creating NC post-processors by using illustrated sets of instructions, which provide an intuitive graphical interface for effortless definition of machine kinematics, axis sign conventions, travel limitations and rotary pivot distance offsets.
Virtual Machine® for Integrated machine tool simulation during post-processing...
Implementing Virtual Machine as an integrated option to CAM-POST, delivers a powerful graphical machine tool simulation solution that enables NC programmers to graphically simulate and test programs against collisions easily and automatically during post-processing.
The machine tool and controller data for both Virtual Machine and CAM-POST are stored and managed in the same database. This eliminates the error-prone and time consuming alternative of entering the same machine and control data twice when using a non-integrated solution.
ontreal – ICAM Technologies Corporation is pleased to announce the shipping of CAM-POST® V19, the latest version of its NC post-processing development software, to its user community. Version 19 of ICAM’s Integrated PSE product suite is also being shipped to current users.
Integrated PSE includes CAM-POST®, Virtual Machine® and Control Emulator™ and provides a unique environment for Post-processing, Simulation and Emulation inside a single software platform.
Integrated PSE interfaces with the most popular CAD / CAM / PLM systems, CNC controllers and machine tools and provides the means to compute in-process stock geometry to identify, list and display surface gouges, excess material, inaccessible areas and rapid-motion collisions at any time during the post-processing and verification phase.
Building on its advanced “forward-looking” features such as path planning and rotary axes pre-positioning / winding, developed to enhance the machining process while avoiding dwell marks, over-traveling and rotary repositioning, Integrated PSE V19 offers an array of new features to its end-users including:
* Mill / Turn Simulation with Material Removal
* Built-in support for Mill / Turn sub-spindle or back spindle
* Probing Simulati on
* RTCP and LCS Support
* New flexible GENER & CeRun user interface layout
* Windows XP, Vista and 7 compliant installation and operation
“Version 19 of CAM-POST, Virtual Machine and Control Emulator provides our customers with a powerful software tool allowing for post-processing and simulation with G-code verification for advanced machining applications including Mill / Turns,” says Brian Francis, ICAM’s Director of Research and Development.
Icam Cam Post 19 0 Serial Rar Online
Jan 16, 2016 ICAM’s product line includes: CAM-POST® – a permanent NC post-processing software solution compatible with all major CAD/CAM/PLM Systems. Virtual Machine® – a graphical machine tool simulator depicting the operation and motions of CNC machines during post-processing. Jul 07, 2011 The CAM, and ICAM, were developed by Graseby Dynamics Ltd., Watford Herts, U.K., in the early to mid-80s. The CAM was accepted into service by the U.S. Army in 1985, and the ICAM in 1993.
Improved Chemical Agent Monitor (ICAM)
The Improved Chemical Agent Monitor is an improvement over the currently fielded CAM. The modular design is less expensive to repair, requires less maintenance, and eliminates depot level repair now required for the CAM. The ICAM also starts up faster after prolonged storage and is more reliable.
The ICAM is a hand held, soldier operated post attack device for monitoring chemical agent contamination on personnel and equipment. The ICAM detects vapors of chemical agents by sensing molecular ions of specific mobilities (time of flight) and uses timing and microprocessor techniques to reject interferences. The monitor detects and discriminates between vapors of nerve and mustard agents. The ICAM consists of a drift tube, signal processor, molecular sieve, membrane, and expendables such as batteries, confidence tester, dust filters, Buzzer, and Battery Pack. The monitor measures 4-in. by 7-in. by 15-in. and weighs approximately 5 lb.
The buzzer is a device that produces an audible signal when the Chemical Agent Monitor (CAM) displays two or more bars. The buzzer also signals during self-test of the CAM. It connects directly to the rear connector of the CAM. The buzzer is powered by one standard 9-volt battery, NSN 6135-00-900-2139.
The Battery Pack, Training, (BAT), is used with the Chemical Agent Monitor (CAM) during mantainence and training. It works with 4 D-Cell batteries or standard 120 Volt, 60 Hz electricity through an AC adapter provided.
The ICAM is for use by personnel who are in full NBC protective posture. The ICAM is employed in both monitoring and survey missions and is primarily used to sort contaminated versus clean vehicles, equipment, and personnel. The ICAM reduces the burden and enhances the efficiency of the decontamination process. The ICAM does not require a specific Military occupational Specialty to operate and is used by a wide variety of units. The ICAM is a Non Developmental Item (NDI).
The CAM, and ICAM, were developed by Graseby Dynamics Ltd., Watford Herts, U.K., in the early to mid-80s. The CAM was accepted into service by the U.S. Army in 1985, and the ICAM in 1993. CAMs were produced for the DoD by Graseby and Environmental Technologies Group, Inc., a domestic licensee of Graseby Dynamics. Intellitec Div., Technical Products Group, Inc., DeLand, Florida, has been awarded a contract to produce the ICAM for the U.S. Army.
NOTE: 'CAM' is a registered trademark of Graseby Dynamics Ltd.
KEY REQUIREMENTS
- Detect Low levels of nerve (G, Vx) and mustard (HD, HN3)
- Not be affected by common battlefield interferences
- Differentiate between nerve and mustard agents
- Be lightweight and handheld monitor
Joint Services Operational Requirement: July 84
Basis of Issue:
Basis of Issue:
- Chemical Units -
- Two per Recon Team
- Three per Decon Squad
- Medical Units -
- Two per Bn Aid Station
- Three per Medical Company
- Four per Medical Co (clearing), Corps
- One per Preventive Medicine Unit
Icam Cam Post 19 0 Serial Rar 2017
- Other Units -
- Two per Platoon size element on detached mission from parent unit
- Five per area NBC School (or as determined by School)
- Ten per Army Service School (or as determined by School)
- Four per Chemical Accident/Incident Control Team, EOD Team and Technical Escort Team (or as directed by parent organization)
New Materiel Release: Oct 98
First Unit Equipped: Jan 99
First Unit Equipped: Jan 99
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