From November 14 to 17, 2017, the MetalExpo exhibition was held in Moscow at VDNKh. BORA took part in the exhibition together with VERTEX.

The following were presented:
- a new development: a mobile LSTK machine with changeover for two profile sizes;
- automated LSTS complexes for one profile standard size.

The machines work according to the VERTEX program specification, using the C + C system in the frame (only C-profile)

In the spring of 2016, BORA Group took part in the MosBuild exhibition.
The LSTS technology was presented, together with the Vertex company.
The automated LSTS complexes produced by BORA are equipped with the Vertex software product for designing frames of construction objects. Samples of truss structures, variants of profile connections were presented.
A feature of this equipment is the ability to completely create a structure only from a C-profile.

At the autumn exhibition of 2016 MetalExpo, the BORA Group continued to promote the LSTS technology together with the Vertex Company.

We took part in a seminar on the construction of metal structures. A meeting was held with Mr. Hayrumyan regarding the introduction of a regulatory framework for work on this technology.

At the beginning of November, the Metal Expo 2015 exhibition was held in Moscow.

The Bora company took part in the event. The booth presented a modern development of our company - an automated profile bending complex LSTS, with a BORACAD software package adapted to the automated control system, which allows generating building frames.

The LSTS complex rolls the profile in a fully automatic mode, marks it according to the specification, stamps all mounting recesses and recesses with holes, punches technical holes of several types. Samples of products produced by our equipment were also presented at the booth. The quality of the completed samples attracted the attention of many visitors to the exhibition.

At the last 20th anniversary construction exhibition "Mosbuild-2014", BORA presented its new product, an automated roll forming complex for the production of LSTS profiles.

This complex includes:

- specialized software product "BORACAD" for automating the process of designing LSTS structures;

- calculation module for strength calculation of LSTS structures;

- an automated line for the production of LSTS profiles integrated with the software product "BORACAD" and software punching of 8 types of mounting holes and holes for communications.

Bora Company took part in the exhibition Metalworking-2013. On behalf of the company BORA we invite you and your colleagues to visit our booth at the largest thematic exhibition Metalworking-2013.

Our new developments will be demonstrated at the booth:
- Line for automatic feeding of coiled metal into a press
- Line for coiled metal cutting by BORA

Company at the MosBuild 2010 exhibition.

The exhibition took place on the territory of the exhibition center on Krasnaya Presnya from 6 to 9 April 2010. The exhibition demonstrated the latest developments of our specialists:
Thermomonolith is a monolithic heat and sound insulating ultralight composite concrete, a new solution patented by BORA Group in the field of domestic building materials science.

Facade panels "SKANDY" - an innovative construction technology based on light steel thin-walled structures (LSTS), using a new non-combustible heat-insulating material "thermomonolith".

In the period from 27 to 30 April 2009, Kazan hosted one of the largest construction exhibitions in the Volga region and Russia, the XIV-th International Specialized Exhibition Volga Stroj Expo 2009.

The BORA company took part in the central event in the construction industry of Tatarstan and Russia.

We thank everyone who visited our booth..

The BORA company took part in the METALBUILD ‘2009 Exhibition.

The exhibition was held in Moscow on March 10-13, 2009 on the territory of IEC CROCUS-EXPO.

We have presented an affordable reliable and well-known model of the mobile roofing machine
A model range of modern roll forming equipment of our own production was also presented.