KOMPAS-3D is a Russian import-independent three-dimensional design system that has become a standard for thousands of enterprises and hundreds of thousands of professional users.

KOMPAS-3D allows you to check documents for compliance with ESKD design standards (for example, text placement or permissible distance between dimensional lines), as well as to check models for manufacturability (for example, hole location or permitted roughness values).

Data exchange with other CAD systems

KOMPAS-3D capabilities for information exchange with other CAD systems:

Why users and managers choose KOMPAS-3D:

Modern, customizable interface

Process Design

•  VERTICAL system allows you to design technological processes in an automated mode, which are based on is a hierarchical structure of operations, transitions, equipment, professions, tooling and other technological facilities, and also provides the possibility of parallel design of complex and end-to-entechnological processes by the group technologists in real tim

• As part of the work with the VERTICAL system, the relevance of technological information is maintained using change management processes. For example, the system allows you to link individual process objects and their parameters into logical chains. For example, the diameter of the thread hole is related to the diameter of the drill and the parameters of the thread to be cut in this hole are connected to the tap that performs this operation. When changing objects, they can be violated interconnection. To minimize the risk of errors in the process, such changes should be monitored. To do this, the new version of the system provides the ability to crete logical dependencies and check the integrity of their connectio

• A set of technological documents for a product may include documents containing information not only from a single technological process, but also summary technological information on all components of the product. As a rule, these are different For example, a li of specified consumption rates, a list of materials, a list of routes

Uploading data to the POLINOM:MDM system via a predefined file format allows you to import both data and metadata from various sources. In fact, you can import an entire domain with files, illustrations, links, and other objects into the system. Everything that the system's storage model allows can be imported through an exchange file.

• The system provides uniform tools and approaches to working with any reference books, classifiers, standards and other reference information that is used in the enterprise. The user does not need to work with data using different applications. In POLYNOM:MDM, all this is provided within a single software platform.
  

• The handbook contains information about various standard and standard products, including fasteners, parts, fittings, structural elements, profiles, bearings and other components.
  The products are presented in accordance with domestic and international standards.
  The products are presented in accordance with domestic and international standards. The total number is more than 1,400,000 items.

Universal LOTSMAN:PLM integration mechanisms allow you to interact with ASCON solutions and products of other developers.

• he key task of LOTSMAN:PLM is to manage data, which are interrelated information objects and documents describing the design, characteristics, manufacturing technology and other information about the product, as well as data on employees, departments and business processes within the framework of the company's engineering activities.
  It is possible to work both through a standard desktop application and through LOTSMAN:PLM Web Client.

• The integration of systems engineering tools into ASCON's PLM solution implements a systematic approach to the design of complex products, ensures continuous requirements management and their full traceability, which helps to minimize risks at the early stages of development.

  ASCON's PLM solution includes the following modules: "PILOT: PLM Requirements Management", "LOTSMAN: PLM Advanced Requirements Management" and "LOTSMAN: PLM Architectural Design".

• • export/import of documentation for electronic document management with counterparties
  • Geometric search on metal structures for reuse of projects
  • full-text search of documents in the electronic archivebar coding and text labels in the document to identify paper and electronic versionsadditional extension modules (e.g. TASQ planning module)
    
    

Economic:

• Low cost of ownership due to the absence of hidden costs for the purchase and administration of the DBMS;
• Seamless integration into any existing IT infrastructure of the company and the user;
• Distributed work with remote departments and employees, construction sites and contractors via the global Internet;

Technical:

• Flexible configuration according to the needs of the customer;
• Ease of use (no additional burden on staff);
• High performance, scalability, work with thousands of users;
• The Pilot-ICE server part can use Linux operating systems.

prepare a commercial offer for you.

Our experts will help you choose the applications you need to effectively solve your problems and put them into operation. They will teach you how to work quickly and correctly in professional software and advise on issues that arise during use.

If you have any questions about the software, please contact the Technical Support and Training Service: https://support.ascon.ru/ or call us at 8-800-700-00-78 (toll-free within Russia).

• • Accounting for applications for the manufacture of products
  • Preliminary assessment of the production load for the execution of the application
  • Maintenance of a portfolio of production orders in relation to contracts
  • Formation and control of the main production program of the enterprise for the planning period
  • Assessment of the feasibility of the production program for critical resources
  • Generation of production specifications for each item of the production order
  • Accounting for completed orders and shipments of products to customers

• ssessment of gross and net material requirements (basic, auxiliary)Assessment of the need for technological equipmentAssessment of the needs for PKI and components manufactured for the warehouse.Assessment of production capacity and personnel needs

The procedure allows you to authorize the use of products with deviations in production. It is used in cases where it is not possible to carry out corrective actions. An expert team is created in the system, each member of which expresses his opinion on the admissibility of using products with deviations. The final decision-maker studies the opinion of the team and makes a final conclusion.

• The system allows you to take into account the results of all methods for determining the compliance of products with the requirements. And if in case of non-conforming products it is possible to initiate corrective actions or permission for deviation, then positive results of control, measurements, tests can be used in the formation of an electronic product quality passport.
  Thus, having received a sample of information on the quality of a particular product (by serial number), it is possible to obtain a report that will be an objective confirmation that the product meets the requirements, and therefore is of high quality.
  

Main functions:
administration of corrective actions (control of deadlines);displaying a list of tasks for a specific performer for all open corrective actions;Storage of all documentation that arises as a result of solving the problem;tracking the effectiveness of corrective actions.
The use of the system will make it possible to implement the requirements of the standard and make corrective actions at the enterprise traceable and manageable.
4 PERMISSION TO DEVIATE

• Work together with the product

  Architecture: AS/AR,Metal structures: KM,Reinforced concrete structures: KZh, SPDS-Assistant, Construction Site Manager

  The tools of the application were created based on the tasks of the designers.

  Creation of a basic (functional) technological scheme

  To solve this problem, the designer can use all available elements of equipment and pipes in a simplified (schematic) display. At the same time, each selected element remains "intelligent" and stores a large number of properties and characteristics. This allows you to automatically get the BOM on the drawing sheet when you have finished creating the schematic.

Arrangement of reinforcement (with tie-in into the pipe)

When the reinforcement is placed along the length of the pipe, the elements are inserted with automatic pipe rupture into the sections. The cursor indicates the orientation of the element. When moving fittings and fittings along the length of the communication, associativity is maintained: pipes are automatically extended and shortened.

During the design, the match of parameters (for example, diameters) of the connected elements is checked. The user can configure the parameters for the check.

Build isometric diagrams

The axonometric diagram is formed automatically on the basis of the created plan of equipment and communications. But it is also possible to build an axonometric diagram using the same equipment and tube elements as in the previous steps, choosing to display the elements specifically for axonometric diagrams.