BG EN DE RU

Group 3D printing

1.13D print of details
1.23D printing of architectural models
1.3Photographing of broken plastic details and making copies from ABS
1.4Development of small series of details from ABS

Group Drawings

2.1Making drawings from a hard copy in AutoCAD (dwg.)
2.2Drawing of schemes, figures, diagrams, tables, graphics
2.3Drawing of evacuation schemes
2.4Drawing of machine and technical drawings
2.5Development and drawing of course and diploma papers
2.6Vizualization of product articles for advertising, presentation and publication in web sites.

Group design of assembled units and mechanisms

3.1Design of assembled units and mecahnisms
3.2Photographing of details and creation of 3D models from finished units for production of CNC machines
3.3Development of articles and development of working drawings and technical documentation
3.4Design and drawing of details in 3D form for development of matrices and press-forms from plastics and aluminium for serial production
 
Design and drawing of details in 3D form for development of matrices and press-forms from plastics and aluminium for serial production
3.5Drawing of sketches and contours in a vector form and preparation of files for lazer cutting and deflection.
3.6Design and vizualization of metal constructions-fences, protection fences, shelters, stairs and other constructive or decorative elements.

Group Architecture

4.1Drawing of architectural drawings from a hard copy in AutoCAD
4.2Development of complete architectural designs
4.33D modelling of buildings from provided plans, sections and facades.
4.4Development of preliminary designs and 3D vizualizations

Group interior design

5.1Development of complete interior designs
5.23D vizualization for future repair activities
5.3Construction and vizualization of furniture
5.4Development of working drawings, bills of quantiries and cutting out for production of furniture.

Other

6.1Making simulations for illumination of interior and exterior sites
6.2Проектиране и визуализация на паметници и надгробни плочи.
6.3Organization on realization of the finished projects
6.4Constructor All in one
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Description

Design and drawing of details in 3D form for development of matrices and press-forms from plastics and aluminium for serial production

Design and drawing of details in 3D form for subsequent development of injection moulds and press-forms from plastics and aluminium for serial production

Basic requirements
Inspection of the gradients: the model of the plastic detail, intended for production by mouldingm has to be with correctly defined technological gradients (normally from 0.5 to 3 degrees) towards the direction of opening as the detail to be put out of the instument with no problems. Importance of the shrinkage upon cooling of the detail: in case of cooling the plastic units change theirdimensions (they shrink). Ths shrinkage is different for the different materials, foms and conditions of moulding and that's why have to apply different coefficient of shrinkage.

Determination of parting lines
These are surfaces (ledges in the finished article), on which contact the elements, which make the forms. They are used for dividing the surfaces, which belong to the different semi-forms.   After the model is correctly formed with the required gradients and the coefficient of shrinkage is taken into account, there can be created also the parting lines and through them- the mould joints=

Mould joints
These are joints, forming a tape, perpendicular to the direction of taking out the article and starting from the mould joint. By their help is made the separation of the elements forming their shape. The created area/surface goes out of the parting line in direction, perpendicular to the direction of opening of the instrument.

Gallery