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What is
UNDERESLAB?

UNDERESLAB is an expert in the development of new technologies, research, design, and manufacture of non-standard research, pilot and industrial equipment.

Our mission is to create a dependable platform for concentrating opportunities in promising areas of science and technology, with integration of operational engineering teams and scientists in technical, technological, and industrial areas into the global engineering community.

Our team

The qualified and experienced team with a multifaceted, accumulated over many years experience in implementing projects from concept to large-capacity mass production, with a large case of promising developments and patents, can and should have a reliable platform and the ability to implement their ideas and ambitions for the benefit of the confident development of a democratic community.

The fundamental concept of Undereslab research & development

High-Specific-Surface-Area Packing for Chemical & Petrochemical Industries

Conceptual solution for the industrial cycle of titanium and other alloys additive manufacturing industry
Project aims to develop materials with high specific surface areas to enhance phase contact and improve mass transfer processes, boosting efficiency and product quality

Projects

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Исследователь

Additive manufacturing

3D printing is an efficient and competitive way to produce parts at the stages of...

Wires

Due to the hight cost of equipment and raw materials for production, the practical application of 3D printing in industrial...

Powders

We present a novel concept for the additive manufacturing industry. The plan is to use a small unit next to the 3D printer to produce...

Center of additive technologies

Undereslab propose to establish an additive technologies center with the following units...

Patents

Pat. 82174 (2013)

Device for magnesium thermal reduction of zirconium tetrachloride (Yanko T.B., Yatsenko O.P., Pylypenko N.N. and others).

Pat. 119521 (2017)

A method of producing titanium sponge alloyed with vanadium and aluminum (Yanko T.B., Ovchinnikov A.V., Sidorenko S.A.)

Pat. 129499 (2018)

Method of dynamic high-speed casting of metal microspheres (Yanko T.B., Datsenko R.B.)

Pat. 152072 (2022)

 "DEVICE FOR DYNAMIC HIGH-SPEED CASTING OF METAL OR COMPOSITE MICROSPHERE IN A CONTROLLED ENVIRONMENT" 

(R. Datsenko, T. Yanko)

Pat. 90853 (2014)

Method for magnesium thermal production of zirconium sponge (Yanko T.B., Yatsenko O.P., Pylypenko N.N.)

 Pat. 124786 (2017)

Method for producing of fine titanium powder for additive technologies (Yanko T.B., Ovchinnikov A.V., Kapustian O.E., Skrebtsov A.A.)

Pat. 134397 (2019)

 Device for continuous casting of metal wires of small diameters from the active metals (Yanko T.B., Datsenko R.B.)

Pat. 93707 (2014)

Device for magnesium thermal production of titanium sponge (Yanko T.B., Yatsenko O.P., Grygorovich I.O.).

Pat. 128839 (2018)

Device for hydrogenation and dehydrogenation of titanium materials (Yanko T.B., Ovchinnikov A.V.)

Application submitted (2021)

Technology of metallurgical silicon chlorination  (Yanko T, Sidorenko S, Stepanishsheva D.)

Working with the best

PCC SE, Germany

UKTMK (KZ), Pangang
Group International Economic & Trading Co., Ltd, Yunnan Metallurgical Xinli Titanium Industry Co., Ltd (CHINA)

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Saraf Agencies Pvt. Ltd,
Republic of India

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ZTMK LLC, ZALK LLC, Zaporizhzhia Non-Ferrous Metals Plant LLC, Ust-Kamenogorsk Titanium and Magnesium Plant JSC (UTMK), JSC OGCC

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Song Binh Minerals
Joint Stock Company, Socialist Republic of Vietnam

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Ministry of Industrial
Policy of Ukraine

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