additive

Additive technologies

JSC "ATC"

The full cycle
of additive manufacturing

ABOUT US

ABOUT US

ABOUT US

JSC Additive Technologies Center was established in 2018 based on holding companies of ROSTEC Aviation cluster to be the main integrator of additive manufacturing.

The organization's stockholders are JSC "United Engine Corporation", JSC "Technodinamika", JSC "Concern Radio-Electronic Technologies" and JSC "Russian Helicopters".

Goals and mission

Goals and mission

  • To reduce the time needed to bring new high-tech products to the market
  • To change the approach to design and production of innovative products
  • To reduce Russia's lag behind foreign companies in implementing additive technologies in industry

Our mission is to become the leading integrator of complex solutions in additive manufacturing for Russian industry.

SERVICES

A full range of 3D printing services
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A full range of 3D printing services

JSC ATC has the largest fleet of industrial equipment in Russia (3D printers, measuring machines, machining and laboratory equipment) and a team of technical specialists with considerable experience in the implementation and use of additive technologies. This allows us to solve problems of any complexity.

OUR KEY CLIENTS AND PARTNERS

PROJECTS

According to experts, additive technologies can increase labor productivity by 30 times, bring the material utilization factor (CMM) to 98%, and reduce the weight of the structure by 50%.

The duration of the cycle from the drawing to the product is reduced to a minimum, operating and capital costs are sharply reduced, the environmental safety of all technological conversions increases.

Parts created by us, in terms of their mechanical behavior, density, residual stress and other properties, surpass analogs obtained by casting or machining.

Thanks to additive technologies, it became possible to produce a large number of such parts without the use of equipment and in the shortest possible time.

Additive technologies are actively used in mechanical engineering, industry, science, education, design, medicine, foundry and many other areas.

As a result of the use of additive technologies, the time and cost of production has been significantly reduced by reducing the number of operations, transitions and the absence of the need for the manufacture of special equipment.

DMP Factory 500

3D Systems

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Materials: : AlSi10Mg Build volume:: 500х500х500 mm DMP Factory 500 (DMP Technology)
Building area 500x500x500 mm - using powders of aluminum alloy AlSi10Mg.

Concept Laser M2

GE Additive company

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Materials: : stainless steel 316L, EP648 Build volume:: 225x225x280 мм Concept Laser M2 (SLM)
Build volume is 225x225x280 mm, printing by 316L stainless steel powder and nickel EP648 alloy of domestic production.

MX-1000

InssTek

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Materials: : Ti6Al4V, heat-Resistant Nickel alloys Build volume:: 1000х800х650 мм InssTek MX-1000 (DMT)
Build volume is 1000х800х650 mm, printing by Ti 6Al 4V powders and Nickel based alloys

ProX DMP 320

3D Systems

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Materials: : AlSi10Mg, Ti6Al4V Build volume:: 275х275х420 мм 3D Systems ProX DMP 320 (SLM)
Build volume is 275х275х420 mm, printing by AlSi10Mg aluminum alloy powder, Ti6Al4V titanium alloy powder is planned to be used

EOS M 400-4

Electro Optical Systems

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Materials: : CoCr, Stainless steel Build volume:: 400х400х400 мм EOS M400-4 (SLM)
Build volume is 400х400х400 mm, printing by CoCr alloy;

EOS M 290

Electro Optical Systems

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Materials: : CoCr Build volume:: 250х250х325 мм EOS M290 (SLM)
Build volume is 250х250х325 mm, printing by CoCr alloy;

Ti6AI4V Alloy

Analog of ВТ6L
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MECHANICAL PROPERTIES
THE PRECISION LIMIT YIELD STRENGTH YOUNG'S MODULUS RELATIVE ELONGATION
Casting 897 - 1000 MPa 114 GPa 10 - 18 %
ВТ6L Casting 932 MPa 814 MPa 1111,8 GPa 5 %
Ti6AI4V Casting 896 - 930 MPa До 827 MPa 3 - 8 %
Pressing 950 - 1250 MPa 140 MPa 5 %
BT6 Rotary forging with heat treatmen 1200 - 1315 MPa 9 - 10,5 %

Chemical properties

ELEMENT MINIMUM % MAXIMUM %
AI Aluminum 5.50 6.75
V Vanadium 3.50 4.50
O Oxygen - 0.20
N Nitrogen - 0.05
H Hydrogen - 0.08
Fe Iron - 0.015
Y Yttrium - 0.30
Ti Titanium Base 0.40
Harmful impurities,
each
- 0.005
Harmful impurities,
total
- 0.10

Alloy Inc718

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MECHANICAL PROPERTIES
THE PRECISION LIMIT YIELD STRENGTH YOUNG'S MODULUS RELATIVE ELONGATION
Forging with precipitation hardening До 1400 MPa До 1213 MPa До 16%
Precipitation hardening До 1421 MPa До 1213 MPa 9,5%

Chemical properties

ELEMENT MINIMUM % MAXIMUM %
NI Nickel 50 55
Cr Chrome 17 21
Nb Niobium 4.75 5.5
Mo Molybdenum 2.8 3.3
Ti Titanium 0.65 1.15
Al Aluminum 0.20 0.80
Co Cobalt <1 1
Cu Kuprum <0.3 0.3
C   Carbon <0.08
0.08
Si, Mn   Silicon, Manganese <0.35
0.35
P, S Phosphorus, Sulfur <0.015
0.015
B Bohr <0.006
0.006
Fe Iron Base

CoCr Alloy

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MECHANICAL PROPERTIE
THE PRECISION LIMIT YIELD STRENGTH YOUNG'S MODULUS RELATIVE ELONGATION ROUGHNESS (AFTER PRINTING) ACCURACY
EOS 1100-1300 MPa 600-1000 MPa 190-220 GPa 11-20% от 5 мкм От +-20 мкм
Milling and sintering 830 MPa 450 MPa 200 GPa 20%
Casting 655-723 MPa 448-517 MPa 6-10%

Chemical properties

ELEMENT MINIMUM % MAXIMUM %
Co Cobalt 60 65
Cr Chrome 26 30
Mo Molybdenum 5 7
Si Silicon <1
1
Mn
Manganese <1
1
Fe Iron <0.75
0.75
C   Carbon <0.16
0.16
NI Nickel <0.10
0.10

AlSi10Mg Alloy

Analog of AK9ch
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MECHANICAL PROPERTIES
THE PRECISION LIMIT YIELD STRENGTH YOUNG'S MODULUS RELATIVE ELONGATION
3D Systems DMP ProX 320 300-400 MPa 170-260 MPa 71-73 GPa 3-12%
Coquille casting
of AK9ch
147-235 MPa

2-3%
Injection molding of AK9ch 290 MPa 160 MPa 2%
The sand casting of AK9ch 260 MPa 200 MPa ~200 GPa 4%
Injection molding of AlSi10Mg ~240 MPa 140 MPa 1%

Chemical properties

ELEMENT MINIMUM % MAXIMUM %
C Carbon
0.030
Cr Chrome 17.5 18.0
Cu   Copper
0.50
Fe Iron Balance
Mn
Magnesium
2.00
Mo Molybdenum 2.25 2.50
N Nitrogen
0.10
Ni Nickel 12.5 13.0
O Oxygen
0.10
P Phosphorus
0.025
S Sulfur
0.010
Si Silicon
0.75

316L alloy

Analog of 03Х17Н14М3
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MECHANICAL PROPERTIES
THE PRECISION LIMIT YIELD STRENGTH YOUNG'S MODULUS RELATIVE ELONGATION
Casting 515-625 MPa 205-350 MPa
40-50%
Casting
485 MPa 170 MPa
~200 GPa 40%
Casting with firing 485-570 MPa 170-300 MPa 40-60%
Concept Laser 529-650 MPa 330-374 MPa ~200 GPa 63-65%

Chemical properties

ELEMENT MINIMUM % MAXIMUM %
C Carbon
0.030
Cr Chrome 17.5 18.0
Cu   Copper
0.50
Fe Iron Balance
Mn
Magnesium
2.00
Mo Molybdenum 2.25 2.50
N Nitrogen
0.10
Ni Nickel 12.5 13.0
O Oxygen
0.10
P Phosphorus
0.025
S Sulfur
0.010
Si Silicon
0.75

CONTACT INFORMATION

7, Vishnevaya str, Moscow

Phone: 8-495-197-76-50

E-mail: sale@rt-3d.ru

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