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STEP TOOLS, INC.
One Million Unique Parts Machined. STEP is a standard for product model data and IFC is a standard for building model data. Both are very widely supported by CAD, CAM and BIM systems. STEP-NC AP238 used to make 1,000,000 parts in 2019. Argument won — STEP-NC is the machine control data for future aerospace. ISO 10303 STEP STANDARDS AP242: Managed Model-Based 3D Engineering. STEP AP242 replaces AP203e2 and AP214 for CAD data. It was published in 2014 as ISO 10303-242:2014 (E). A second edition is under development with new geometric capabilities and additive manufacturing setup information. AP242 is the choice for CAD import/export. The EXPRESS schema below containsthe
ST-DEVELOPER V16 SP3 Service Pack 3 Overview — 2015-09-23. This release is the latest service pack with cumulative patches for ST-Developer v16 and new features to simplify work with CAD, CAM, and BIM data. Contact us at info@steptools.com to get the latest updates. This service pack includes new features and improvements in the following areas: STEP NODE AND .NET API GUIDE The STEP Node interface and the STEP .NET interface are used to develop digital twin manufacturing solutions and other applications. Please refer to each of those packages for specifics on setup and environment. The API has several categories of functions as shown below: Introduction. APT - WHAT'S NEW IN ST-DEVELOPER V15 ENTITY B_SPLINE_SURFACE_WITH_KNOTS Entity b_spline_surface_with_knots has the following local and inherited explicit attributes: Attribute. Type. Defined By. name. label (STRING) representation_item. u_degree. INTEGER. ENTITY SHAPE_REPRESENTATION Inverse Attributes No Inverse Attributes. Supertypes Entity shape_representation inherits from the following supertypes: representation Subtypes Entity shape_representation has the following subtypes: advanced_brep_shape_representation* beveled_sheet_representation* block_shape_representation composite_sheet_representation* compound_shape_representation* csg_2d_shape_representation* ENTITY NEXT_ASSEMBLY_USAGE_OCCURRENCE Entity next_assembly_usage_occurrence and its supertypes are referenced by the following definitions: Definition. Type. Referenced Entity. action_item. SELECT. product_definition_usage. action_item. ENTITY PRESENTATION_STYLE_ASSIGNMENT Entity presentation_style_assignment has the following local and inherited explicit attributes: Attribute. Type. Defined By. styles. SET OF presentation_style_select (SELECT) presentation_style_assignment. FUNCTION FIND_SHAPE_REPRESENTATION_OF_PRODUCT_DEFINITION FUNCTION find_shape_representation_of_product_definition (* SCHEMA step_merged_ap_schema; *) -- IN AP242 FUNCTION find_shape_representation_of_product_definitionSTEP TOOLS, INC.
One Million Unique Parts Machined. STEP is a standard for product model data and IFC is a standard for building model data. Both are very widely supported by CAD, CAM and BIM systems. STEP-NC AP238 used to make 1,000,000 parts in 2019. Argument won — STEP-NC is the machine control data for future aerospace. ISO 10303 STEP STANDARDS AP242: Managed Model-Based 3D Engineering. STEP AP242 replaces AP203e2 and AP214 for CAD data. It was published in 2014 as ISO 10303-242:2014 (E). A second edition is under development with new geometric capabilities and additive manufacturing setup information. AP242 is the choice for CAD import/export. The EXPRESS schema below containsthe
ST-DEVELOPER V16 SP3 Service Pack 3 Overview — 2015-09-23. This release is the latest service pack with cumulative patches for ST-Developer v16 and new features to simplify work with CAD, CAM, and BIM data. Contact us at info@steptools.com to get the latest updates. This service pack includes new features and improvements in the following areas: STEP NODE AND .NET API GUIDE The STEP Node interface and the STEP .NET interface are used to develop digital twin manufacturing solutions and other applications. Please refer to each of those packages for specifics on setup and environment. The API has several categories of functions as shown below: Introduction. APT - WHAT'S NEW IN ST-DEVELOPER V15 ENTITY B_SPLINE_SURFACE_WITH_KNOTS Entity b_spline_surface_with_knots has the following local and inherited explicit attributes: Attribute. Type. Defined By. name. label (STRING) representation_item. u_degree. INTEGER. ENTITY SHAPE_REPRESENTATION Inverse Attributes No Inverse Attributes. Supertypes Entity shape_representation inherits from the following supertypes: representation Subtypes Entity shape_representation has the following subtypes: advanced_brep_shape_representation* beveled_sheet_representation* block_shape_representation composite_sheet_representation* compound_shape_representation* csg_2d_shape_representation* ENTITY NEXT_ASSEMBLY_USAGE_OCCURRENCE Entity next_assembly_usage_occurrence and its supertypes are referenced by the following definitions: Definition. Type. Referenced Entity. action_item. SELECT. product_definition_usage. action_item. ENTITY PRESENTATION_STYLE_ASSIGNMENT Entity presentation_style_assignment has the following local and inherited explicit attributes: Attribute. Type. Defined By. styles. SET OF presentation_style_select (SELECT) presentation_style_assignment. FUNCTION FIND_SHAPE_REPRESENTATION_OF_PRODUCT_DEFINITION FUNCTION find_shape_representation_of_product_definition (* SCHEMA step_merged_ap_schema; *) -- IN AP242 FUNCTION find_shape_representation_of_product_definition STEP APPLICATION PROTOCOLS STEP Application Protocols. The list below shows the STEP Application Protocols (APs), which are all built on the same set of Integrate Resources (IRs) so they all use the same definitions for the same information. For example, AP203, AP214, AP238, and AP242 use the same definitions for three dimensional geometry, assembly data and basicSTEP AIM MODEL
STEP Integrated Definitions. This diagram shows the integrated definitions used by STEP and STEP-NC models. In a STEP file, each ARM concept is stored as one or more instances of the integrated definitions — low-level details like cartesian points and bspline curves that are combined to describe concepts like product shape. Like a normalized database, these are designed to be stable for the ENTITY CARTESIAN_POINT Inverse Attributes No Inverse Attributes. Supertypes Entity cartesian_point inherits from the following supertypes: representation_item geometric_representation_item point Subtypes Entity cartesian_point has the following subtypes: cylindrical_point* ENTITY B_SPLINE_CURVE_WITH_KNOTS Inverse Attributes No Inverse Attributes. Supertypes Entity b_spline_curve_with_knots inherits from the following supertypes: representation_item geometric_representation_item curve bounded_curve FUNDAMENTALS OF STEP IMPLEMENTATION 5 Protocols (AP). Each AP is a formal document describing the activities in the lifecycle of a product, called the Application Activity Model (AAM); the pieces of product ENTITY ADVANCED_FACE Entity advanced_face and its supertypes are referenced by the following definitions: Definition. Type. Referenced Entity. acyclic_mapped_item_usage. FUNCTION. representation_item. advanced_face_properties. FUNCTION. ENTITY B_SPLINE_CURVE Inverse Attributes No Inverse Attributes. Supertypes Entity b_spline_curve inherits from the following supertypes: representation_item geometric_representation_item curve bounded_curveENTITY IFCEDGELOOP
Supertypes Entity IfcEdgeLoop inherits from the following supertypes: IfcRepresentationItem IfcTopologicalRepresentationItem IfcLoop Subtypes No subtypes. Referenced ENTITY PRESENTATION_STYLE_ASSIGNMENT Entity presentation_style_assignment has the following local and inherited explicit attributes: Attribute. Type. Defined By. styles. SET OF presentation_style_select (SELECT) presentation_style_assignment. ENTITY IFCPRESENTATIONLAYERASSIGNMENT Derived Attributes No derived attributes. Inverse Attributes No Inverse Attributes. Supertypes No supertypes. Subtypes Entity IfcPresentationLayerAssignment has the following subtypes: IfcPresentationLayerWithStyle*STEP TOOLS, INC.
Update 2021-06-03: Preview #5 has much improved faceting speed, particularly for spline surfaces, renders all of the IFC extruded profile solids (I-beams, T-profiles, pipes, etc), more parallel processing under the hood, plus we have been testing against multi-gigabyte data sets.. Please try our new large model viewer. The viewer has been optimized to display very large product models. ISO 10303 STEP STANDARDS AP242: Managed Model-Based 3D Engineering. STEP AP242 replaces AP203e2 and AP214 for CAD data. It was published in 2014 as ISO 10303-242:2014 (E). A second edition is under development with new geometric capabilities and additive manufacturing setup information. AP242 is the choice for CAD import/export. The EXPRESS schema below containsthe
STEP APPLICATION PROTOCOLS STEP Application Protocols. The list below shows the STEP Application Protocols (APs), which are all built on the same set of Integrate Resources (IRs) so they all use the same definitions for the same information. For example, AP203, AP214, AP238, and AP242 use the same definitions for three dimensional geometry, assembly data and basic WHAT'S NEW IN ST-DEVELOPER V15 ST-DEVELOPER V16 SP3 Service Pack 3 Overview — 2015-09-23. This release is the latest service pack with cumulative patches for ST-Developer v16 and new features to simplify work with CAD, CAM, and BIM data. Contact us at info@steptools.com to get the latest updates. This service pack includes new features and improvements in the following areas: ENTITY CARTESIAN_POINT Inverse Attributes No Inverse Attributes. Supertypes Entity cartesian_point inherits from the following supertypes: representation_item geometric_representation_item point Subtypes Entity cartesian_point has the following subtypes: cylindrical_point* ENTITY B_SPLINE_CURVE_WITH_KNOTS Inverse Attributes No Inverse Attributes. Supertypes Entity b_spline_curve_with_knots inherits from the following supertypes: representation_item geometric_representation_item curve bounded_curve ENTITY B_SPLINE_SURFACE_WITH_KNOTS Entity b_spline_surface_with_knots has the following local and inherited explicit attributes: Attribute. Type. Defined By. name. label (STRING) representation_item. u_degree. INTEGER. ENTITY NEXT_ASSEMBLY_USAGE_OCCURRENCE Entity next_assembly_usage_occurrence and its supertypes are referenced by the following definitions: Definition. Type. Referenced Entity. action_item. SELECT. product_definition_usage. action_item. ENTITY AXIS2_PLACEMENT_3D Inverse Attributes No Inverse Attributes. Supertypes Entity axis2_placement_3d inherits from the following supertypes: representation_item geometric_representation_item placement SubtypesNo
STEP TOOLS, INC.
Update 2021-06-03: Preview #5 has much improved faceting speed, particularly for spline surfaces, renders all of the IFC extruded profile solids (I-beams, T-profiles, pipes, etc), more parallel processing under the hood, plus we have been testing against multi-gigabyte data sets.. Please try our new large model viewer. The viewer has been optimized to display very large product models. ISO 10303 STEP STANDARDS AP242: Managed Model-Based 3D Engineering. STEP AP242 replaces AP203e2 and AP214 for CAD data. It was published in 2014 as ISO 10303-242:2014 (E). A second edition is under development with new geometric capabilities and additive manufacturing setup information. AP242 is the choice for CAD import/export. The EXPRESS schema below containsthe
STEP APPLICATION PROTOCOLS STEP Application Protocols. The list below shows the STEP Application Protocols (APs), which are all built on the same set of Integrate Resources (IRs) so they all use the same definitions for the same information. For example, AP203, AP214, AP238, and AP242 use the same definitions for three dimensional geometry, assembly data and basic WHAT'S NEW IN ST-DEVELOPER V15 ST-DEVELOPER V16 SP3 Service Pack 3 Overview — 2015-09-23. This release is the latest service pack with cumulative patches for ST-Developer v16 and new features to simplify work with CAD, CAM, and BIM data. Contact us at info@steptools.com to get the latest updates. This service pack includes new features and improvements in the following areas: ENTITY CARTESIAN_POINT Inverse Attributes No Inverse Attributes. Supertypes Entity cartesian_point inherits from the following supertypes: representation_item geometric_representation_item point Subtypes Entity cartesian_point has the following subtypes: cylindrical_point* ENTITY B_SPLINE_CURVE_WITH_KNOTS Inverse Attributes No Inverse Attributes. Supertypes Entity b_spline_curve_with_knots inherits from the following supertypes: representation_item geometric_representation_item curve bounded_curve ENTITY B_SPLINE_SURFACE_WITH_KNOTS Entity b_spline_surface_with_knots has the following local and inherited explicit attributes: Attribute. Type. Defined By. name. label (STRING) representation_item. u_degree. INTEGER. ENTITY NEXT_ASSEMBLY_USAGE_OCCURRENCE Entity next_assembly_usage_occurrence and its supertypes are referenced by the following definitions: Definition. Type. Referenced Entity. action_item. SELECT. product_definition_usage. action_item. ENTITY AXIS2_PLACEMENT_3D Inverse Attributes No Inverse Attributes. Supertypes Entity axis2_placement_3d inherits from the following supertypes: representation_item geometric_representation_item placement SubtypesNo
STEP SOLUTIONS
The Best for Twenty Five Years! Since 1991, STEP Tools has provided the most reliable, best performing, easiest to use, and most broadly supported software solutions for the STEP CAD standards. We have decades of experience building solutions used within CAD systems for translation, for visualization in desktop and server apps, and in STEP TOOLS DOCUMENTATION These examples show early WebGL viewing of STEP assemblies that we built around 2012 for the DARPA-sponsored National Simulation Service, that has Look at our digital thread work for the latest capabilities. Our latest digital thread server is a dynamic server that produces smaller JSON on the fly, allows greater interaction with the STEP data, and uses modern responsive frameworks for betterSTEP AIM MODEL
STEP Integrated Definitions. This diagram shows the integrated definitions used by STEP and STEP-NC models. In a STEP file, each ARM concept is stored as one or more instances of the integrated definitions — low-level details like cartesian points and bspline curves that are combined to describe concepts like product shape. Like a normalized database, these are designed to be stable for the ENTITY SHAPE_REPRESENTATION Inverse Attributes No Inverse Attributes. Supertypes Entity shape_representation inherits from the following supertypes: representation Subtypes Entity shape_representation has the following subtypes: advanced_brep_shape_representation* beveled_sheet_representation* block_shape_representation composite_sheet_representation* compound_shape_representation* csg_2d_shape_representation* FUNDAMENTALS OF STEP IMPLEMENTATION 5 Protocols (AP). Each AP is a formal document describing the activities in the lifecycle of a product, called the Application Activity Model (AAM); the pieces of productENTITY CIRCLE
Entity circle and its supertypes are referenced by the following definitions: Definition. Type. Referenced Entity. action_item. SELECT. representation_item. action_method_items. SELECT. ENTITY B_SPLINE_CURVE_WITH_KNOTS Inverse Attributes No Inverse Attributes. Supertypes Entity b_spline_curve_with_knots inherits from the following supertypes: representation_item geometric_representation_item curve bounded_curve ENTITY IFCQUANTITYAREA Supertypes Entity IfcQuantityArea inherits from the following supertypes: IfcPhysicalQuantity IfcPhysicalSimpleQuantity Subtypes No subtypes. Referenced By Entity IfcQuantityArea and its supertypes are referenced by the following definitions: ENTITY B_SPLINE_CURVE Inverse Attributes No Inverse Attributes. Supertypes Entity b_spline_curve inherits from the following supertypes: representation_item geometric_representation_item curve bounded_curve ENTITY AXIS2_PLACEMENT_3D Inverse Attributes No Inverse Attributes. Supertypes Entity axis2_placement_3d inherits from the following supertypes: representation_item geometric_representation_item placement SubtypesNo
STEP TOOLS, INC.
Update 2021-01-22: We have posted Preview #4 that can now turn individual faces on/off, corrects a display problem that occasionally occured when selecting solids, and now properly handles filenames with the full range of international characters.. Update 2021-01-08: We have posted Preview #3 that now has the ability to select parts and faces, display their identity in the file, and turn ISO 10303 STEP STANDARDS STEP AP242 replaces AP203e2 and AP214 for CAD data. It was published in 2014 as ISO 10303-242:2014(E).A second edition is under development with new geometric capabilities and additive manufacturing setupinformation.
STEP APPLICATION PROTOCOLS STEP Application Protocols. The list below shows the STEP Application Protocols (APs), which are all built on the same set of Integrate Resources (IRs) so they all ENTITY SHAPE_REPRESENTATION Inverse Attributes No Inverse Attributes. Supertypes Entity shape_representation inherits from the following supertypes: representation Subtypes Entity shape_representation has the following subtypes: advanced_brep_shape_representation* beveled_sheet_representation* block_shape_representation composite_sheet_representation* compound_shape_representation* csg_2d_shape_representation*ENTITY CIRCLE
Inverse Attributes No Inverse Attributes. Supertypes Entity circle inherits from the following supertypes: representation_item geometric_representation_item curve conic Subtypes ENTITY RATIONAL_B_SPLINE_CURVE Inverse Attributes No Inverse Attributes. Supertypes Entity rational_b_spline_curve inherits from the following supertypes: representation_item geometric_representation_item curve bounded_curve ENTITY IFCQUANTITYAREA Supertypes Entity IfcQuantityArea inherits from the following supertypes: IfcPhysicalQuantity IfcPhysicalSimpleQuantity Subtypes No subtypes. Referenced By Entity IfcQuantityArea and its supertypes are referenced by the following definitions:ENTITY IFCDIRECTION
Supertypes Entity IfcDirection inherits from the following supertypes: IfcRepresentationItem IfcGeometricRepresentationItem Subtypes No subtypes. Referenced By Entity IfcDirection and its supertypes are referenced by the following definitions:ENTITY IFCEDGELOOP
Supertypes Entity IfcEdgeLoop inherits from the following supertypes: IfcRepresentationItem IfcTopologicalRepresentationItem IfcLoop Subtypes No subtypes. Referenced ENTITY NEXT_ASSEMBLY_USAGE_OCCURRENCE Inverse Attributes No Inverse Attributes. Supertypes Entity next_assembly_usage_occurrence inherits from the following supertypes: product_definition_relationship product_definition_usage assembly_component_usageSTEP TOOLS, INC.
Update 2021-01-22: We have posted Preview #4 that can now turn individual faces on/off, corrects a display problem that occasionally occured when selecting solids, and now properly handles filenames with the full range of international characters.. Update 2021-01-08: We have posted Preview #3 that now has the ability to select parts and faces, display their identity in the file, and turn ISO 10303 STEP STANDARDS STEP AP242 replaces AP203e2 and AP214 for CAD data. It was published in 2014 as ISO 10303-242:2014(E).A second edition is under development with new geometric capabilities and additive manufacturing setupinformation.
STEP APPLICATION PROTOCOLS STEP Application Protocols. The list below shows the STEP Application Protocols (APs), which are all built on the same set of Integrate Resources (IRs) so they all ENTITY SHAPE_REPRESENTATION Inverse Attributes No Inverse Attributes. Supertypes Entity shape_representation inherits from the following supertypes: representation Subtypes Entity shape_representation has the following subtypes: advanced_brep_shape_representation* beveled_sheet_representation* block_shape_representation composite_sheet_representation* compound_shape_representation* csg_2d_shape_representation* ISO 10303 STEP STANDARDS STEP AP242 replaces AP203e2 and AP214 for CAD data. It was published in 2014 as ISO 10303-242:2014(E).A second edition is under development with new geometric capabilities and additive manufacturing setupinformation.
ISO STANDARDS
We have been active since 1988, helping to build and test many of the STEP ISO standards. We also host development and testing forums, and an EXPRESS schema archive.. Older STEP Implementors Meetings; Past STEP Manufacturing Meetings DIGITAL THREAD FOR MANUFACTURING Capabilities. The heart of our digital thread solutions is a new 3D model-based machining simulator, which fuses STEP models from any CAD system, MTConnect status from any machine tool, and QIF metrology feedback, The simulator builds a digital twin with integrated machining and measurement while a part is being cut. STEP APPLICATION PROTOCOLS STEP Application Protocols. The list below shows the STEP Application Protocols (APs), which are all built on the same set of Integrate Resources (IRs) so they all WHAT'S NEW IN ST-DEVELOPER V15 This describes an older ST-Developer release (2012). You can find the details for the latest release here Overview. Since 1991, ST-Developer has been the most complete and mature SDK for building STEP and EXPRESS applications.ENTITY CIRCLE
Inverse Attributes No Inverse Attributes. Supertypes Entity circle inherits from the following supertypes: representation_item geometric_representation_item curve conic Subtypes ENTITY IFCQUANTITYAREA Supertypes Entity IfcQuantityArea inherits from the following supertypes: IfcPhysicalQuantity IfcPhysicalSimpleQuantity Subtypes No subtypes. Referenced By Entity IfcQuantityArea and its supertypes are referenced by the following definitions:ENTITY IFCSIUNIT
Inverse Attributes No Inverse Attributes. Supertypes Entity IfcSIUnit inherits from the following supertypes: IfcNamedUnit Subtypes No subtypes. Referenced By Entity IfcSIUnit and its supertypes are referenced by the following definitions: ENTITY IFCFLOWSEGMENT Derived Attributes No derived attributes. Inverse Attributes Entity IfcFlowSegment has the following local and inherited inverseattributes:
ENTITY NEXT_ASSEMBLY_USAGE_OCCURRENCE Inverse Attributes No Inverse Attributes. Supertypes Entity next_assembly_usage_occurrence inherits from the following supertypes: product_definition_relationship product_definition_usage assembly_component_usage STEP Tools, Inc. Toggle navigation* About
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PREVIEW #5 OF LARGE PRODUCT MODEL VIEWER UPDATE 2021-06-03: Preview #5 has much improved faceting speed, particularly for spline surfaces, renders all of the IFC extruded profile solids (I-beams, T-profiles, pipes, etc), more parallel processing under the hood, plus we have been testing against multi-gigabyte data sets. Please try our new large model viewer. The viewer has been optimized to display very large product models. The more CPU's and GPU's on your box, the faster it should operate. You may download a viewer at no charge. We are actively developing the code and look forward to your comments. We are particularly interested in ideas for making the viewer more useful for digital twinning atyour enterprise.
Preview of Large Model Viewing * STEP Viewer #5 (exe, 8mb) * IFC Viewer #5 (exe, 4mb) 190mb Nissan GTR 2020 Concept model on Grabcad GALLERIES OF BEAUTIFUL MODELSSTEP
STEP-NC
IFC
ONE MILLION UNIQUE PARTS MACHINED STEP is a standard for product model data and IFC is a standard for building model data. Both are very widely supported by CAD, CAM andBIM systems.
STEP-NC AP238 used to make 1,000,000 parts in 2019 * Argument won — STEP-NC is the machine control data for futureaerospace.
* Boeing uses STEP-NC to machine parts for all its major airframes both single ailse and double aisle — even for satellites. * Engineer who did the work promoted to Technical Fellow. * Soon FAA is likely to want STEP-NC documentation for every machined part on an aircraft. STEP AP242 Edition 2 is finished * Every CAD system has an interface to read and write STEP. * Edition 2 enables automatic measurement for on-machine CNC, andoff-machine CMM.
* Edition 2 enables kinematics for digital twin manufacturing. * STEP has the biggest and most widely tested information model forengineering.
IFC very popular for building models STEP reduces the cost of manufacturing by allowing products, processes and machines to be assembled digitally for testing before delivery. IFC does the same for building construction. * IFC technical meetings include thousands of attendees. * IFC translators are being upgraded for latest STEP geometry. * Building projects are producting very large multi-gigabyte IFCmodels.
* Every BIM system has an interface to read and write IFC. If you own a CAD, CAM or BIM system, then we can help you extend and maintain your STEP and IFC interfaces with the latest libraries and visualization systems. Our librares are used by many of the leading CAD vendors, including NX and Autodesk, because they are the fastestand most reliable.
If your are a leader in manufacturing or construction, then we can help you use STEP and IFC to make better products. We are leading the deployment of 3D product models in manufacturing automation. There are many savings including a reduction in the cost of tooling of 15% ormore.
VERSION 18 SERVICE PACK ONE RELEASED! October 28, 2019 — Service Pack One updates the STEP Tools development stack with the latest definitions for working with AP242e2, AP238e2, and IFC 4x2, plus improvements to the underlying libraries. The release notes have full details.
STEP applications now have the latest SMRL v8 definitions from AP242e2 and AP238e2 DIS ballots, including the latest semantic tolerance and PMI definitions with new APIs to create and read them, plus code for writing STEP assemblies in the Additive manufacturing file format (AMF) and the 3D Manufacturing Format (3MF). IFC BIM applications now support the latest IFC4x2, updated with several dozen new definitions for bridge construction and infrastructure alignment, along with improved automatic migration support for previous IFC versions, IFC meshing, and IFC-specific checking and browsing. The ST-Developer is core technology for STEP CAD applications, particularly with the Second Edition of AP242, BIM applications for IFC and CIS/2, and Digital Thread Manufacturing applications using STEP-NC, MTConnect, and QIF. CONTINUE READING … ENABLING CLOSED-LOOP MACHINING August 29, 2019 — This short walkthrough shows a digital thread model in the STEP-NC Explorer. You will see geometry, tolerances, and process, simulate material removal, and discover how to get feed/speed, position, and calculated tool engagement cross-section information at any point in the machining process. This information can close the loop with model-based machining and enable new applications for tool life and tool wear prediction, calculation of forces and heat, and many other possibilities. BUILD IT HERE, BUILD IT NOW, BUILD IT RIGHT WITH THE DIGITAL THREAD On July 12, 2017, a team led by STEP Tools stretched the digital thread farther than ever before - from design, through manufacture, and into five axis measurement. The Digital Thread is a vision for manufacturing that opens many new opportunities. You can build it here because the thread is interoperable. You can build it now because the models in the thread enables full safety checking. Watch the video to see how to build itright.
On machine measurement will replace less responsive approaches because the integrated tolerances, machine feedback and linked evaluation give results before a part leaves the machine. We challenge the machining industry to start delivering these benefits. At IMTS and JIMTOF 2018 we will supply test parts and confidential evaluation of the measurement results. We want you to demonstrate that you too can build it here, build it now and build itright.
CONTINUE READING …More Articles ...
SOLUTIONS AND EXPERTISELATEST NEWS
2021-05-30 - STEP-NC Machine v18.59 Released 2021-05-25 - STEP-NC Machine v18.58 Released 2020-11-30 - Preview of Large Model Viewing 2019-12-09 - 2019 Year in Review 2019-11-05 - Version 18 Service Pack One Released 2019-08-30 - Enabling Closed-Loop Machining 2018-10-18 - Version 18 Software Released 2018-03-27 - Updates for Digital Thread ToolsSTEP CAD
STEP-based solutions for CAD or engineering analysis, bill-of-materials, or supply chain integration: CAD shape, tolerances, assemblies, import or export, desktop or web visualization.STEP DEFINITIONS
STEP IMPLEMENTATION
IFC BIM
IFC-based solutions for BIM systems: translation, bill-of-materials applications, and visualization. DIGITAL THREAD FOR MANUFACTURING Connect product design, manufacturing, and inspection with a digital twin, built in real-time while machining with our new 3D model-based simulator. View from any mobile device, automate metrology, collaborate with supply chain, and real-time optimization.OTHER SERVICES
We offer training and support . We also have standards development experience and host forums , and an EXPRESS schema archive . STEP Tools, Inc. / 14 First St. Troy, NY 12180 / Tel: 518-687-2848 Copyright © 2021 STEP Tools Inc. All Rights Reserved. Legal notices and trademarks.Details
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