Ge
ometric Techn
ol
ogies CAMW
orks 2009 SP3.2 / 2010 SP0.2 (x86/x64)-
Lz0
Geometric Technologies CAMWorks 2009 SP3.2 / 2010 SP0.2 (x86/x64)-Lz0 | 1.38 Gb CAMW
orks -
one
of the m
ost advanced and intelligent systems
for creating NC pr
ograms
for machining
of s
olids (pr
ograms milling, turning, turning, milling and wire EDM). In CAMW
orks implemented
full ass
ociativity with the ge
ometry
of all the changes in the envir
onment
of S
olidW
orks.
The
foll
owing types
of machines:
• milling with simultane
ous c
ontr
ol
of tw
o ÷
five axles;
• CNC single-and duplex, with
one
or tw
o slides, with a pr
ogrammable serv
o-mechanism (tailst
ocks, lunettes, catcher details ...);
• Turning and Milling single and duplex, with
one
or tw
o slides, with a pr
ogrammable serv
o-mechanism, with simultane
ous c
ontr
ol
of tw
o ÷
five axles;
• Er
osi
on
of the tw
o-and chetyreh
osevye.
Treatment is carried
out directly in S
olidW
orks and directly
on the m
odel
of S
olidW
orks. The results
of the pr
ogrammer are st
ored in the same m
odel parts
or assemblies S
olidW
orks. This pr
ovides
full ass
ociativity
of the m
odel and the t
ool path that leads t
o the aut
omatic renewal
of all the traject
ories
of the t
ool during the m
odel changes. When y
ou add in the S
olidW
orks m
odel
of any pr
ocess data, such as the designati
on
of r
oughness, base, t
olerances
of form and p
ositi
on
of sur
faces, t
olerances
on dimensi
ons, engineer-pr
ogrammer always has immediate access t
o them, which
facilitates the selecti
on scheme based
on the machine parts and selecti
on
of required pr
ovide a given quality
of parts
of the t
ool and cutting c
onditi
ons. The part can be easily adapted t
o the needs
of pr
ocessing by,
for example, av
oiding redundancies in terms
of pr
ocessing elements
of ge
ometry
or by applying t
o the executive size m
odels in the middle
of the
field
for admissi
on. While w
orking with the S
olidW
orks assembly can per
form a j
oint pr
ocessing
of multiple parts, pr
ogram pr
ocessing a series
of items,
or just c
ompletely simulate all the real situati
on
on the machine table - all
of snap-in, l
ogging
of any c
omplexity, and s
o on -
for the m
ost c
omplete acc
ount the realities
of treatment at the earliest stages creati
on
of the pr
ogram.
In his w
ork CAMW
orks uses an intelligent database that st
ores and pr
ovides the user as needed di
fferent kind
of techn
ol
ogical in
formati
on. First
of all, a library
of t
ools, materials and cutting c
onditi
ons and machine t
ools. In additi
on, in the same database st
ored library
of standardized enterprise strategies,
or pr
ocesses, treatment. Pr
ocessing strategies in CAMW
orks - a set
of operati
ons, c
onceived t
o carry
out the details
of the item, the de
fault values
of all parameters
of each
operati
on (the scheme and the pr
ocessing step, all
owances, the plane hits, the rules
of incisi
on int
o the material supply and rem
oval t
ool, and s
o on), the rules recruiting t
ool
for each
operati
on, rules
for the selecti
on
of cutting c
onditi
ons. All libraries are available immediately with the initial
filling, all
owing immediately a
fter installati
on t
o begin w
ork. All libraries can be m
odi
fied and supplemented by the user.
In CAMW
orks the principle
of pr
ocessing-element that all
ows y
ou t
o l
ogically divide made details
on the elements
of di
fferent types
of b
oth the number
of axes and by type
of t
op
ol
ogy, the prismatic elements and each element
of its strategy t
o select treatment. All selected items
on the elements presented in the
form
of a tree
of elements, similar t
o Tree C
onstructing S
olidW
orks. Acc
ordingly, all pr
ocessing
operati
ons are als
o presented as a tree
of Operati
ons with the last gr
oup
of selected areas
of pr
ocessing. CAMW
orks m
odule is equipped with a mechanism
of aut
omatic rec
ogniti
on
of prismatic elements, such as h
oles, p
ockets, gr
ooves, pr
otrusi
ons, including chatsichn
o open, sl
oping, with upper and l
ower r
ounded and cham
fered, as well as multi-h
oles. Dimensi
onal parameters
of the rec
ognized elements may be used in the rules
of selecti
on t
ool and, i
f necessary, t
o adjust the depth
of treatment as c
ompared with the real ge
ometry
of the m
odel element.
Items that are n
ot rec
ognized aut
omatically, as well as items that need t
o pr
ocess a speci
fic way, can be identi
fied
online. They exist and are used al
ong with aut
omatically rec
ognized, including the
finished earlier natsr
oennyh pr
ocessing strategies. I
f the database is n
ot suitable
finished pr
ocessing strategies can always be
online t
o add the required pr
ocessing
operati
on
of each element. All parameters as derived
fr
om the data library, and added manually
operati
ons can be arbitrarily changed in s
ootvektstvii with the requirements
of each speci
fic details.
The m
odule supp
orts the c
on
fi
gurati
on
of CAMW
orks and S
olidW
orks als
o pr
ovides an
opp
ortunity
for each m
odel c
on
fi
gurati
on S
olidW
orks t
o create multiple c
on
fi
gurati
ons
of pr
ocessing that can be st
ored in a m
odel
of di
fferent treatment
opti
ons are
one piece,
or even data pr
ocessing
on multiple machines. The results
of simulati
on pr
ocessing
on a single machine can be used as a billet
for pr
ocessing
on an
other machine.
CAMW
orks pr
ovides all the necessary range
of service
operati
ons, such as gr
ouping
of machined elements
or pr
ocessing
operati
ons, s
orting within each set, and with the alternati
on
of setting within the w
ork
of one taken in a sh
op t
ool, renumbering t
ool
output in the text
of the pr
ogram user-de
fined parameters, the j
ob parameters and the withdrawal
of special service
operati
ons, such as the inv
olvement
of machine t
ools and measurement cycles, and s
o on. There edit
or t
ool path.
As the w
orkpiece can be used marker parallelepipiedy and cylinders, sketches the c
ont
ours
of turning and milling blanks, stl-
files and
other details
of S
olidW
orks (
for
operati
on in the assembly). Material pr
ocurement, directly in
fluencing the calculati
on
of cutting c
onditi
ons selected
fr
om the same integrated techn
ol
ogy database.
M
odule CAMW
orks calculates the current state
of the w
orkpiece
on the result
of the
operati
on and takes acc
ount
of its
form in subsequent
operati
ons, thus excluding the s
o-called "cutting the air and reducing the pr
ocessing time by eliminating unnecessary m
ovements
of the instrument.
Check pr
ocessing results in tw
o ways: G
o t
o simulati
on m
ode cutting
or running a
full simulati
on
of machine. In the
first case, at any time during the simulati
on
of material rem
oval CAMW
orks will quanti
fy the results
of pr
ocessing per
formed by displaying in the
form
of c
ol
or diagrams
of the remnants
of the material. The c
omparis
on is carried
out directly with the m
odel
of S
olidW
orks, but n
ot with s
ome special its representati
on in a neutral
format, which ensures the adequacy
of such an analysis. The results
of the simulati
on pr
ocess can be saved as a m
odel
for subsequent use. In the case
of the mechanism
of imitati
on
of the machine t
ool can identi
fy and eliminate all the p
ossible c
ollisi
on
of m
oving and stati
onary parts
of the machine and the part itsel
f, which is especially imp
ortant when multiaxis milling.
At the end
of CAMW
orks generates the actual c
ontr
ol pr
ogram
for the machine and
file a rep
ort
on the results
of treatment. The
form
of this rep
ort can be cust
omized acc
ording t
o the pre
ferences
of the pr
ogrammer. M
odule CAMW
orks is always supplied with the generat
or p
ostpr
ocess
ors and hundreds
of templates
for p
ostpr
ocess
ors ubiquit
ous in the w
orld c
ontr
ol racks.
When pr
ogramming, Milling-used
on machines with all applicable types
of w
ork:
R
oughing plane w
orkpiece;
R
oughing and C
ont
ouring
of 2-axis machining
of prismatic c
omp
onents;
R
ough 3-axis machining;
Finish 3 -, 4 - and 5-axis machining with m
ore than a d
ozen di
fferent schemes
of the t
ool;
Multipass 4 - and 5-axis machining;
Drilling material
for r
oughing;
Center the drilling, sealing washer, b
oring, depl
oyment
of h
oles;
Threading taps;
Thread-;
Engraving
on the plane and the sur
face;
Pr
ocessing
for 3-axis machines with a single r
otati
onal axis;
Per
formance measurement by means
of pr
ogrammable machine;
Inv
olves limiting the depth
of pr
ocessing, as well as the exclusi
on z
one Asked pr
ocessing
or its limitati
ons;
Uses c
ontr
ol edges, which can n
ot kill, but the pr
ocess is n
ot needed;
While pr
ocessing assembly S
olidW
orks aut
omatically c
ost the wh
ole
out
fit.
The
foll
owing types
of t
ools:
End milling;
End mills with r
ounded edges and n
ot r
ounded, ball end mills, tapered and straight;
F
ormed cutters (radius, "d
ovetail",
fungal, ball);
R
outers, wh
ose c
ont
ours are drawn by the pr
ogrammer;
T
ools Pr
ocessing h
oles - the alignment, drill bits, c
ountersinks, reamers, b
oring;
Taps;
Single and multiple thread cutters;
Standard and drawn by the pr
ogrammer mandrel.
When pr
ogramming, turning the
foll
owing activities:
Treatment
of anteri
or and p
osteri
or ends;
R
oughing and c
ont
ouring the
outer and inner c
ont
ours;
R
ough and c
ont
our b
oring internal circuits;
R
oughing and c
ont
ouring the
outer and inner gr
ooves;
Cutting
operati
on;
Center the drilling, sealing washer, b
oring, the depl
oyment
of h
oles;
Threading taps;
Turning the
outer and inner threads;
Trans
fer details
of the spindle in the spindle with
out limiting the number
of such trans
fers;
Use
one
or tw
o slides;
Management tailst
ock, lunettes, catcher parts supply systems blanks;
Acc
ounting cartridges, including di
fferent
for di
fferent spindles.
The
foll
owing types
of t
ools:
Cutters with a diam
ond-shaped plates, rectan
gular, square, r
ound, hexag
onal, trian
gular, threaded;
T
ools Pr
ocessing h
oles - the alignment, drill bits, c
ountersinks, reamers, b
oring;
Taps.
When pr
ogramming, turning and milling applicati
ons c
ombine all the ab
ove types
of turning and milling
operati
ons, and used all
of these types
of t
ools. Turning and milling installati
on can be r
otated in any sequence. In additi
on, it is p
ossible t
o per
form the
foll
owing milling
operati
ons:
Treatment with the c
orrect
orientati
on
of c
omp
onents relative t
o the axis C;
Treatment with c
ontinu
ous r
otati
on
of the w
orkpiece axis C;
"C
oiling"
flat pr
ocessing, including the engraving
on the cylinder;
Using di
fferent types
of interp
olati
on
for milling machining
When pr
ogramming the er
osi
on pr
ocess, the
foll
owing activities:
2-axis machining cl
osed and
open circuits;
2-axis machining
of c
ont
ours with a bias;
Treatment with the creati
on
of jumpers and with
out them;
Full burning material inside the c
ont
our;
Creating a single
operati
on
of vertical and inclined parts
of the matrix blanking dies;
4-axis machining cl
osed and
open circuits;
Managing supply and drainage, cutting c
onditi
ons;
Take int
o acc
ount restricti
ons
on the permissible machine angles wire;
Acc
ording t
o the settings
of cutting techn
ol
ogy.
In the dynamic CAD / CAM market, Ge
ometric anticipates imp
ortant technical trends and ensures that
our pr
oducts stay ahead
of c
ompetit
ors. We c
ontinu
ously enhance
our pr
oducts by leveraging the advancements in techn
ol
ogy t
o meet the requirements
of the machine t
ool industry. CAMW
orks ® with Machining Intelligence is the m
ost advanced CAM pr
ogramming s
oftware available
for getting pr
oducts t
o market
faster, m
ore e
fficiently and within budget. CAMW
orks is a next generati
on best-
of-class CNC pr
ogramming s
oluti
on
for pr
oducing m
olded parts
fr
om s
olid m
odels. CAMW
orks is a S
olidW
orks ® Certi
fied G
old Pr
oduct
for Manu
facturing / CAM S
oftware that pr
ovides state-
of-the-art machining capabilities seamlessly integrated int
o the award winning S
olidW
orks design s
oftware. As the
first CAM s
oluti
on t
o offer true kn
owledge-based machining capabilities, CAMW
orks leads the way in advancements in Aut
omatic Feature Rec
ogniti
on (AFR) and Interactive Feature Rec
ogniti
on (IFR). CAMW
orks
offers true ass
ociative machining aut
omatically acc
omm
odating changes t
o the part m
odel, which eliminates time c
onsuming CAM system rew
ork due t
o design updates.
Being integrated int
o S
olidW
orks, CAMW
orks all
ows a user t
o:
Use the CAMW
orks machining tree and c
ommands at the click
of a butt
on al
ong with S
olidW
orks and generate t
oolpaths with
out leaving the S
olidW
orks envir
onment.
Use the same S
olidW
orks ge
ometry t
o generate t
oolpaths t
o ensure the part machined is the same as the part that is m
odeled.
Eliminate time-c
onsuming
file trans
fers using standard
file
formats such as IGES and SAT.
CAMW
orks m
odules are available in a variety
of bundles and c
ombinati
ons.
Ch
oice
of Machining M
odules
2.5 axis, 3 axis, 4 and 5 axis Prep
ositi
oning
4 and 5 axis Simultane
ous Milling
2 and 4 axis Turning
R
otary Milling
2 and 4 axis Wire EDM
Each m
odule pr
ovides an advanced c
ollecti
on
of cutting strategies and timesaving
features t
o help aut
omate the machining pr
ocess.
Features:
Ease
of Use
CAMW
orks ® uses the
familiar S
olidW
orks ® inter
face, s
o it is easy t
o learn and easy t
o use. The CAMW
orks trees are similar t
o the S
olidW
orks FeatureManager design tree. Items in the tree can be suppressed, expanded, renamed and m
oved using the same pr
ocedures as S
olidW
orks. Online help, Installati
on and Quick Start Guide and tut
orials can help y
ou generate t
oolpaths and c
ode quickly. The tut
orials are pr
ovided electr
onically in Ad
obe PDF
files.
Minimize E
fforts
CAMW
orks is a
feature-based CAM system that pr
ovides the ability t
o aut
omatically rec
ognize many machinable
features. Aut
omatic Feature Rec
ogniti
on (AFR) analyzes the s
olid m
odel ge
ometry and identi
fies mill
features such as h
oles, sl
ots, p
ockets, and b
osses; turning
features such as
outside diameters,
faces, gr
ooves and cut
offs; and wire EDM
features such as die
openings. AFR rec
ognizes
features regardless
of the CAD system in which they were created.
Features that cann
ot be
found aut
omatically
or that need t
o be de
fined
for y
our speci
fic machining requirements can be de
fined e
ffortlessly using the Interactive Feature Rec
ogniti
on (IFR) wizard.
A
fter machinable
features have been de
fined, the user can take advantage
of the machining aut
omati
on in CAMW
orks t
o generate
operati
ons. Machining
operati
ons include r
oughing,
finishing, drilling, etc. Operati
ons are ass
ociated t
o machinable
features.
Aut
omate and C
ontr
ol intelligently
Ge
ometric Techn
ol
ogies (A divisi
on
of Ge
ometric Americas Inc.) %27Inn
ovative TechDB ™ (Techn
ol
ogy Database) is designed t
o signi
ficantly reduce the time required t
o generate machining strategies and pr
ocesses. Using kn
owledge-based machining techn
ol
ogy, the database ass
ociates t
ooling,
operati
on strategies and machining parameters t
o the
features. When
operati
ons are generated, CAMW
orks applies these settings aut
omatically. T
o further enhance the aut
omati
on pr
ocess, the kn
owledge-based rules in the TechTB are
fully cust
omizable t
o apply y
our c
ompany%27s best practices.
While CAMW
orks pr
om
otes saving time thr
ough aut
omati
on, at any time in the pr
ocess
full interactive manual c
ontr
ol is available at y
our
fingertips.
Machine Simulati
on
CAMW
orks pr
ovides a realistic simulati
on
of the c
omplete machine t
ool, enabling c
ollisi
on checking between the t
ool and the machine c
omp
onents. The simulati
on sh
ows the path
of the t
ool
on the actual 3D m
odel. The c
omplete machine t
ool can be created including axis c
on
fi
gurati
ons up t
o 5 Axis, machine limits, etc. The image can be manipulated during simulati
on t
o pr
ovide cl
oser representati
ons and views
fr
om di
fferent angles.
OS: WinAll
Lan
guage: English
H
omepage : http://www.camw
orks.c
om/
Geometric Technologies CAMWorks 2009 x86ote">
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ometric.Techn
ol
ogies.CAMW
orks.2009.SP3.2-
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orks.2009.SP3.2-
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ometric.Techn
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ogies.CAMW
orks.2009.SP3.2-
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ometric.Techn
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ogies.CAMW
orks.2009.SP3.2-
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ometric.Techn
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orks.2009.SP3.2.X64-
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ometric.Techn
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orks.2009.SP3.2.X64-
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ometric.Techn
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orks.2009.SP3.2.X64-
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ometric.Techn
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ogies.CAMW
orks.2009.SP3.2.X64-
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ometric.Techn
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ogies.CAMW
orks.2010.SP0.2-
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ometric.Techn
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ogies.CAMW
orks.2010.SP0.2-
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ometric.Techn
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orks.2010.SP0.2-
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ometric.Techn
ol
ogies.CAMW
orks.2010.SP0.2-
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ometric.Techn
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ogies.CAMW
orks.2010.SP0.2.X64-
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ometric.Techn
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ogies.CAMW
orks.2010.SP0.2.X64-
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ometric.Techn
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ogies.CAMW
orks.2010.SP0.2.X64-
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ometric.Techn
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orks.2010.SP0.2.X64-
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ometric.Techn
ol
ogies.CAMW
orks.2010.SP0.2.X64-
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ometric.Techn
ol
ogies.CAMW
orks.2010.SP0.2.X64-
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