Erleben Sie einen neuen Ansatz für die 3D-CAD-Konstruktion

PTC Creo bietet Ihnen genau das, was Sie brauchen: das robusteste, skalierbarste Toolset für die 3D-Produktkonstruktion mit einem Höchstmaß an Leistung, Flexibilität und Geschwindigkeit, um Ihren gesamten Produktentwicklungsprozess zu beschleunigen.

Zusätzlich zu den Funktionen der kommerziellen Version von PTC Creo Parametric umfasst diese kostenlose 30-Tage-Testlizenz die PTC Creo Flexible Modeling Extension (FMX), mit der sich schnell und einfach Konstruktionsänderungen in letzter Sekunde vornehmen lassen.

PTC Creo Parametric ist ein skalierbares Angebot von integrierten Produktkonstruktions-Tools, mit denen Sie schneller denn je Ihre Produkte entwerfen und dabei die Innovation und Qualität maximieren können – für außergewöhnliche Produkte:

3D-Volumenmodellierung
Zuverlässige Baugruppenmodellierung
Detaillierte Dokumentation mit 2D- und 3D-Zeichnungen
Flächenkonstruktion
Bahnbrechende neue Warp-Technologie
Modellierung von Blechkonstruktionen
Modellierung von virtuellen digitalen Personen
Modellierung und Dokumentation von Schweißkonstruktionen
Analyse-Features
Fotorealistische Darstellung in Echtzeit
Integrierte Design AnimationIntegrierte NC-Funktionen
Datenaustausch
Webfunktionen für sofortigen Zugriff
Vollständige Bibliotheken mit Teilen, Konstruktionselementen, Werkzeugen und vielem mehr

Zur Produktaktivierung ist ein PTC.com Konto erforderlich: Konto erstellen

Beachten Sie bei der Installation der Testsoftware, dass der Vorgang insgesamt je nach Internetverbindung etwa 60 Minuten in Anspruch nimmt.

Inspection Geni Highlights:

- Seamless Window Integrated Add-in for SolidWorks.
- Track Changes reports in Excel-format for use with PDM systems.
- Balloon Drawings are automatically generated.
- Excel and word templates for Inspection Sheet.
- Inspection Geni is extremely easy-to-use and simple to learn.
- Dimension-Driven Design Change Tracking and Save to History Database.
- Inspection Sheet is automatically generated.
- Creating a Common Language with Inspection Geni.
- PDF templates for Inspection Sheet and balloon drawings.
- Speedup ROI with Inspection Geni.

FAQ for Designers & Inspection Room Managers

- Is my dimension ID and inspection report table a part of the release production process?
- Is engineering the right place to start the process?
- Would engineering like to receive inspection reports from different manufacturers with the same dimension ID?
- Would engineers be interested in reviewing a history of ID dimensions?
- Does numbering on a drawing paper and copying of all measurements manually into Excel or any other software consume valuable time?
- Can an automated design process save you valuable time, enhancing accuracy and eliminating errors?
- Can your inspection reports be saved in a database allowing you to conduct searches on the quality of parts, quality of manufacturer, problematic areas, etc?
- Can you do away with the dusty archives of manual audit reports?
- Can you pull a particular report in seconds when clarification is needed with a customer or a manufacturer?

Inspection Geni allows manufacturers to expedite business processes, automate approval processes, slash costs and enable paperless documentations for storage and retrieval.

Inspection Geni has the Answers

Manufacturers worldwide invest millions of dollars automating their operations and business processes. As a result paper documentation permeates every aspect of your business increases organizational costs, requiring additional time, and prohibiting your organization from realizing the true benefits of a fully electronic workflow.

Inspection Geni allows you to close the gap in going fully paperless by completely eliminating the need to print documents for inspection using its fast, low-cost, and fully digital system.

Features at a glance:

Sorting
Automatically sort designs, creating a dimensional database giving you a perfect interface to plan your inspection process.

Planning
Plan the inspection of a particular product part by creating a template defining the measuring tools and related tolerances.

Inspection
Print blank inspection reports for sorting using the measurement tool with different inspection stations, like high gauge, CMM and manual inspection.

Documentation
Automatically print inspection documents and MRB reports, so you can answer questions put to you by customers on mechanical changes, etc.

Archive
Save the technical changes history made to any manufactured part and archive all the correspondence with the designer including attached documents, emails and drawings.

SolidWorks Integration

Inspection Geni’s fully automated workflow reduces the expenses and time allocations of paper-based designs.

Due to its seamless integration with leading solutions, such as SolidWorks, Inspection Geni enables the designer to analyze dimensions and automatically add the data into the inspection template. The dimensions are stored allowing a user to immediately view the highlighted connected dimensions, saving considerable time when preparing the inspection process.

Inspection Geni for Engineers

This version of the software is designed to meet the specific needs of your engineering department.

Inspection Geni for Engineers enables the fast creation of a drawing with dimension ID and an inspection report that will be delivered to the producer together with the model.

Die Bibliothek Maschinenbau enthält insgesamt über 14.000 Symbole gemäß DIN, DIN EN, DIN ISO und DIN EN ISO für die Erstellung von Maschinenbauzeichnungen.

Enthalten sind Gewinde, Senkungen, Durchgangslöcher, Zentrierbohrungen, Scheiben, Sicherungsringe, Schrauben, Gewindestifte, Muttern, Stifte, Bolzen, Niete, Stahlbauprofile, Wälzlager und Oberflächensymbole.Des weiteren enthält die Bibliothek über 1.300 Symbole nach der amerikanischen Norm ANSI/ISO.

Die aktualisierte und erweiterte Sammlung bietet rund 4.000 neue Symbole. Die wichtigsten sind:

Schweiß- und Lötsymbole DIN EN 22553
Werkstückkanten DIN ISO 13715
Blindflansche DIN EN 1092-1 Typ 05
Vorschweißflansche DIN EN 1092-1 Typ 11
Radial-Wellendichtringe DIN 3760 Form A / AS
Passfedern DIN 6885
Scheibenfedern DIN 6888

sowie verschiedene Schrauben, Bohrbuchsen, Gleitlager, Stifte, Freistiche und Sprengringe.

Lauffähig unter AutoCAD & LT 2010/2011/2012/2013.

Bibliothek Organisation und Planung - AutoCAD & LT - Download

Die Bibliothek Organisation und Planung enthält insgesamt 1.400 Symbole für

das Erstellen von Netzwerkplänen
Büro-Layouts für die EDV
Flussdiagrammeund sonstige Schaubilder und Grafiken.

Lauffähig unter AutoCAD & LT 2010/2011/2012/2013.

Andreas Habelt stellt sich und sein Video-Training vor.

Wenn Sie von Autodesk eine Softwarewartung – die sogenannte Subsciption – besitzen, bekommen Sie jedes Jahr eine neue AutoCAD-Version. Dieses müssen Sie allerdings erst herunterladen und entscheiden, ob Sie tatsächlich – wie jedes Jahr – ein neues AutoCAD installieren und verwenden wollen. Dieses Video-Training soll Ihnen dazu eine Entscheidungshilfe sein.
Da AutoCAD 2014 Zeichnungen im selben Dateiformat speichert wie die Vorgängerversion, sind keine neuen Zeichnungsobjekte hinzugekommen, sondern die Verbesserungen beziehen sich vorwiegend auf die Bedienung. Ähnlich wie in Internetsuchmaschinen nimmt Ihnen AutoCAD heute nicht mehr übel, wenn Sie sich bei der Befehlseingabe vertippen. Nebst der verbesserten Handhabung von 3-dimensionalen Punktwolken, wie sie bei Laservermessungen entstehen, gibt es die größten Fortschritte bei der Nutzung von Cloud-Diensten, also der Kommunikation mit Autodesk-Servern.
Sehen Sie sich die Neuerungen von AutoCAD 2014 an, damit Ihnen niemand einreden kann, dass eine Punktwolke dasselbe wäre wie eine Autodesk-Cloud.

Aus dem Inhalt

Neuerungen für das zweidimensionale Zeichnen

Lernen Sie in den Videos dieses Kapitels zahlreiche Neuerungen und Verbesserungen in der Version 2014 kennen – von den neuen Dateiregisterkarten über Verbesserungen in der Befehlszeile, das Zusammenführen von Layern bis hin zur Kommunikation mit Cloud-Diensten und zusätzlichen Apps.

Neuerungen für die Arbeit in drei Dimensionen

In den Filmen dieses Kapitels geht’s ganz speziell um die Änderungen im 3-D-Bereich. Sie lernen, wie man mit dem neuen Programm Autodesk ReCap 3D-Laserscan-Daten einliest. Die Möglichkeit einen Sonnenstand errechnen zu lassen, hat sich in AutoCAD 2104 grundsätzlich geändert. Lernen Sie, welche Schritte dazu nötig sind.

Systemvoraussetzungen

DSL-Internet-Verbindung
aktueller Browser mit Flash-Plugin
Bildschirmauflösung mind. 1024x768
Soundkarte, Lautsprecher bzw. Kopfhörer
Pentium 4 ab 2,6 GHz bzw. G5
512 MB RAM

Thomas Gruber stellt sich und sein Video-Training vor.

Dieses Video-Training richtet sich an erfahrene Anwender von Inventor. Der erfahrene Autodesk-Trainer Thomas Gruber zeigt Ihnen an praktischen Beispielen, was im Release 2014 an wichtigen Neuerungen hinzugekommen ist.

Autodesk hat bei diesem Update den Schwerpunkt auf die Systemleistung und Zusammenarbeit mit anderen Softwarelösungen gesetzt. Neben einem genauen Blick auf diese beiden Punkte lernen Sie auch viele neue Features kennen wie die Langlochfunktion in der 2D-Skizze oder die neuen Verbindungsgelenke in der Baugruppe, die das tägliche Arbeiten mit Inventor wieder ein Stück erleichtern.

Sehen und verstehen auch Sie die neuen Möglichkeiten von Inventor 2014 mithilfe dieses Video-Trainings.

Aus dem Inhalt

Neue Funktionen beim Skizzieren

Im Skizzenmodus von Inventor 2014 finden Sie neue Funktionen zum Erstellen von Langlöchern.

Bauteilmodellierung

Bestehende Bearbeitungsbefehle wurden verbessert um komplexere Bauteile einfach erstellen zu können.

Baugruppenfeatures

Im Baugruppenmodus von Inventor 2014 befinden sich viele Neuerungen von Gelenkverbindungen bis hin zu Verbesserungen im Gestellgenerator.

2D-Zeichnungsableitung

Speziell für Ansichten von sehr großen Baugruppen gibt es interessante Neuerungen in der Zeichnungsableitung von Inventor 2014.

Datenaustausch

Das Vereinfachen von Inventor Daten für Revit wird im Release 2014 durch geführte Assistenten erleichtert.

Systemvoraussetzungen

DSL-Internet-Verbindung
aktueller Browser mit Flash-Plugin
Bildschirmauflösung mind. 1024x768
Soundkarte, Lautsprecher bzw. Kopfhörer
Pentium 4 ab 2,6 GHz bzw. G5
512 MB RAM

The CubeX Prints with ABS and PLA plastics. There are 17 and 18 different colors available respectively. For print materials the CubeX uses a Smart Cartridge System that makes loading and unloading materials extremely easy. The smart cartridge system also keeps the materials untangled and shielded from moisture to preserve lifetime. One cartridge prints 575 cubic centimeters, which is equivalent to approximately 50-70 iPhone cases.

The CubeX can print at a vertical resolution of 125 microns (0,125mm). With additional extruder upgrades the CubeX and print with up to three different colors or materials at the same time. The Maximum Print Volume is dependent on the number of colors used.

CubeX 3D Printer Features:

Desktop sized with large print area: 230 x 275 x 210mm
Minimum Layer thickness 0,125mm
Prints with PLA and ABS Materials:
  PLA: 18 colors (including 2 glow-in-the-dark materials)
  ABS: 17 colors (including 2 glow-in-the dark materials)
Comes with 10 professional grade model files.
Print Pause feature, for pausing prints and resuming later.
Brownout Sensor - You can continue printing after a brownout.
File Support:
  STL
  Cubex (native CubeX file format)
Software:
  Cubex Software for preparing files for printing.
  Cubify Invent for creating models.
Smart Cartridge System:
  Prints 575 cubic centimeters (50-70 iPhone cases).
  Improved material formulas for enhanced print output.
  Improved material lifespan with moisture lock cartridges.
  Printer tracks material usage and requirements.
  Smart color recognition to print file requirements.
  Easier to store and handle – eliminates tangled material and keeps material clean and fresh.
  Recyclable.
Support Removal:
  Printer automatically creates snap-off supports, which can be removed with pliers and cutters or just fingers where appropriate.
  PLA plastic is soluble in a sodium hydroxide solution used with a heated ultrasonic tank. This method is very useful for highly complicated geometries with support materials.
Three accuracy modes:
  Standard Definition (SD): 500 micron (0,500mm)
  Crisp Definition (CD): 250 micron (0,250mm)
  High Definition (HD): 125 micron (0,125mm)
Three Print Modes:
  Light – creates hollow structures to preserve material.
  Strong – creates stronger support structures for durability.
  Solid – creates solid parts for maximum durability.
Overall Dimensions: 515mm x 515mm x 598mm
CubeX Weight: 36kg
Power requirements: 110 – 240V AC
No maintenance contract required

What's in the Box:

CubeX 3D Printer
Starter Material:
  1 x White PLA Plastic Cartridge
10 professional grade models files (to print)
Cubify Invent Design Software
Print Software
Power Supply & Cord

Print Volume Capabilities

ABS - Properties

ABS is considered to be the second easiest material to work with when using an extrusion based 3D Printer. ABS is an engineering polymeer commonly used to produce car bumpers due to its toughness and strength. The same plastic us used to make LEGO™ blocks. It is a tough material, but safe enough for even kids to handle.

ABS is generally recommended for printing smaller parts 100mm (x) by 100mm (y). Shrinkage and warping can occur on models and this is purely geometry dependent. Depending on the geometry, PLA can be an alternative option for larger print objects. 

PLA (Polylactic Acid) - Properties

PLA plastic is excellent for fine details, large bold prints and soluble support structures. With multi-jet printers, it can be used as opposite material when printing with ABS and easly peeled off from the final print.

PLA is probably the easiest material to work with when using a filament-based 3D Printer. It is a biodegradable thermoplastic that has been derived from renewable resources such as starch and sugar canes. This makes PLA environmentally friendly and very safe to work with.

PLA also has a very sharp glass transition point so if you use a fan to cool it on printing, it will set to solid very quickly. This has the advantage of achieving a greater range of geometries than are possible with other plastics. It also reduces the thermal stress on the printed part - warping becomes less of an issue in larger parts when you print with PLA. It does not require any curing or post-production treatment. Should you wish to, PLA can be sanded and coated with automotive spray filler and it can also be painted over with acrylic paint. PLA prints parts that require break off support material.

The CubeX Prints with ABS and PLA plastics. There are 17 and 18 different colors available respectively. For print materials the CubeX uses a Smart Cartridge System that makes loading and unloading materials extremely easy. The smart cartridge system also keeps the materials untangled and shielded from moisture to preserve lifetime. One cartridge prints 575 cubic centimeters, which is equivalent to about 50-70 iPhone cases.

The CubeX Duo can print at a vertical resolution of 125 microns (0,125mm) with up to two different colors or materials at the same time. The Maximum Print Volume is dependent on the number of colors or materials used.

CubeX 3D Printer Features:

Desktop sized with large print area: 230 x 275 x 210mm
Print up to 2 colors or materials simultaneously.
Minimum Layer thickness 0,125mm
Prints with PLA and ABS Materials:
  PLA: 18 colors (including 2 glow-in-the-dark materials)
  ABS: 17 colors (including 2 glow-in-the dark materials)
Comes with 10 professional grade model files.
Print Pause feature, for pausing prints and resuming later.
Brownout Sensor - You can continue printing after a brownout.
File Support:
  STL
  Cubex (native CubeX file format)
Software:
  Cubex Software for preparing files for printing.
  Cubify Invent for creating models.
Smart Cartridge System:
  Prints 575 cubic centimeters (50-70 iPhone cases).
  Improved material formulas for enhanced print output.
  Improved material lifespan with moisture lock cartridges.
  Printer tracks material usage and requirements.
  Smart color recognition to print file requirements.
  Easier to store and handle – eliminates tangled material and keeps material clean and fresh.
  Recyclable.
Support Removal:
  Printer automatically creates snap-off supports, which can be removed with pliers and cutters or just fingers where appropriate.
  PLA plastic is soluble in a sodium hydroxide solution used with a heated ultrasonic tank. This method is very useful for highly complicated geometries with support materials.
Three accuracy modes:
  Standard Definition (SD): 500 micron (0,500mm)
  Crisp Definition (CD): 250 micron (0,250mm)
  High Definition (HD): 125 micron (0,125mm)
Three Print Modes:
  Light – creates hollow structures to preserve material.
  Strong – creates stronger support structures for durability.
  Solid – creates solid parts for maximum durability.
Overall Dimensions: 515mm x 515mm x 598mm
CubeX Weight: 36kg
Power requirements: 110 – 240V AC
No maintenance contract required

What's in the Box:

CubeX 3D Printer
Starter Material:
  1 x White PLA Plastic Cartridge
  1 x Red PLA Plastic Cartridge
10 professional grade models files (to print)
Cubify Invent Design Software
Print Software
Power Supply & Cord

Print Volume Capabilities

ABS - Properties

ABS is considered to be the second easiest material to work with when using an extrusion based 3D Printer. ABS is an engineering polymeer commonly used to produce car bumpers due to its toughness and strength. The same plastic us used to make LEGO™ blocks. It is a tough material, but safe enough for even kids to handle.

ABS is generally recommended for printing smaller parts 100mm (x) by 100mm (y). Shrinkage and warping can occur on models and this is purely geometry dependent. Depending on the geometry, PLA can be an alternative option for larger print objects. 

PLA (Polylactic Acid) - Properties

PLA plastic is excellent for fine details, large bold prints and soluble support structures. With multi-jet printers, it can be used as opposite material when printing with ABS and easly peeled off from the final print.

PLA is probably the easiest material to work with when using a filament-based 3D Printer. It is a biodegradable thermoplastic that has been derived from renewable resources such as starch and sugar canes. This makes PLA environmentally friendly and very safe to work with.

PLA also has a very sharp glass transition point so if you use a fan to cool it on printing, it will set to solid very quickly. This has the advantage of achieving a greater range of geometries than are possible with other plastics. It also reduces the thermal stress on the printed part - warping becomes less of an issue in larger parts when you print with PLA. It does not require any curing or post-production treatment. Should you wish to, PLA can be sanded and coated with automotive spray filler and it can also be painted over with acrylic paint. PLA prints parts that require break off support material.

The CubeX Prints with ABS and PLA plastics. There are 17 and 18 different colors available respectively. For print materials the CubeX uses a Smart Cartridge System that makes loading and unloading materials extremely easy. The smart cartridge system also keeps the materials untangled and shielded from moisture to preserve lifetime. One cartridge prints 575 cubic centimeters, which is equivalent to about 50-70 iPhone cases.

The CubeX Duo can print at a vertical resolution of 125 microns (0,125mm) with up to two different colors or materials at the same time. The Maximum Print Volume is dependent on the number of colors or materials used.

CubeX 3D Printer Features:

Desktop sized with large print area: 230 x 275 x 210mm
Print up to 2 colors or materials simultaneously.
Minimum Layer thickness 0,125mm
Prints with PLA and ABS Materials:
  PLA: 18 colors (including 2 glow-in-the-dark materials)
  ABS: 17 colors (including 2 glow-in-the dark materials)
Comes with 10 professional grade model files.
Print Pause feature, for pausing prints and resuming later.
Brownout Sensor - You can continue printing after a brownout.
File Support:
  STL
  Cubex (native CubeX file format)
Software:
  Cubex Software for preparing files for printing.
  Cubify Invent for creating models.
Smart Cartridge System:
  Prints 575 cubic centimeters (50-70 iPhone cases).
  Improved material formulas for enhanced print output.
  Improved material lifespan with moisture lock cartridges.
  Printer tracks material usage and requirements.
  Smart color recognition to print file requirements.
  Easier to store and handle – eliminates tangled material and keeps material clean and fresh.
  Recyclable.
Support Removal:
  Printer automatically creates snap-off supports, which can be removed with pliers and cutters or just fingers where appropriate.
  PLA plastic is soluble in a sodium hydroxide solution used with a heated ultrasonic tank. This method is very useful for highly complicated geometries with support materials.
Three accuracy modes:
  Standard Definition (SD): 500 micron (0,500mm)
  Crisp Definition (CD): 250 micron (0,250mm)
  High Definition (HD): 125 micron (0,125mm)
Three Print Modes:
  Light – creates hollow structures to preserve material.
  Strong – creates stronger support structures for durability.
  Solid – creates solid parts for maximum durability.
Overall Dimensions: 515mm x 515mm x 598mm
CubeX Weight: 36kg
Power requirements: 110 – 240V AC
No maintenance contract required

What's in the Box:

CubeX 3D Printer
Starter Material:
  1 x White PLA Plastic Cartridge
  1 x Red PLA Plastic Cartridge
1 x Blue PLA Plastic Cartridge
10 professional grade models files (to print)
Cubify Invent Design Software
Print Software
Power Supply & Cord

Print Volume Capabilities

ABS - Properties

ABS is considered to be the second easiest material to work with when using an extrusion based 3D Printer. ABS is an engineering polymeer commonly used to produce car bumpers due to its toughness and strength. The same plastic us used to make LEGO™ blocks. It is a tough material, but safe enough for even kids to handle.

ABS is generally recommended for printing smaller parts 100mm (x) by 100mm (y). Shrinkage and warping can occur on models and this is purely geometry dependent. Depending on the geometry, PLA can be an alternative option for larger print objects. 

PLA (Polylactic Acid) - Properties

PLA plastic is excellent for fine details, large bold prints and soluble support structures. With multi-jet printers, it can be used as opposite material when printing with ABS and easly peeled off from the final print.

PLA is probably the easiest material to work with when using a filament-based 3D Printer. It is a biodegradable thermoplastic that has been derived from renewable resources such as starch and sugar canes. This makes PLA environmentally friendly and very safe to work with.

PLA also has a very sharp glass transition point so if you use a fan to cool it on printing, it will set to solid very quickly. This has the advantage of achieving a greater range of geometries than are possible with other plastics. It also reduces the thermal stress on the printed part - warping becomes less of an issue in larger parts when you print with PLA. It does not require any curing or post-production treatment. Should you wish to, PLA can be sanded and coated with automotive spray filler and it can also be painted over with acrylic paint. PLA prints parts that require break off support material.

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