FORMATRIX

start your journey in additive manufacturing with formatrix — experts in 3d printing and a service center in ukraine.

Whether you need equipment, software, or materials, we specialize in delivering tailored solutions through our professional services in additive manufacturing and 3d printing. Navigate the complex and diverse world of additive technologies with specialized solutions designed to maximize the outstanding return on investment delivered by these advanced and transformative technologies.

AEROSPACE

3D printing in the aerospace industry allows for the creation of complex, aerodynamic parts without the use of tooling, enabling on-demand manufacturing for a variety of applications.

RAILWAY

Additive manufacturing enables the rapid and efficient production of spare parts, locomotive components, and even entire sections of railway infrastructure.

ENERGY

In the oil and gas industries, it enables the creation of robust and specialized components capable of withstanding harsh conditions, such as drilling equipment, pipelines, and heat exchangers.

MILITARY

Flexibility in creating complex and durable parts that meet strict military standards, without the use of tooling, with the ability to manufacture parts as needed.

AUTOMOTIVE

3D printing is transforming the automotive industry, opening up endless possibilities and delivering cost savings.

DENTISTRY

Additive manufacturing is revolutionizing dentistry with 3D printing, which enables fast, accurate, and customized dental treatment.

ENGINEERING

3D printing speeds up engineering processes, reduces prototyping time, and allows complex designs to be manufactured on time and on budget.

FOOD INDUSTRY

Disruptions in supply chains have a serious impact on inventory. 3D printers optimize production lines, increase production efficiency, and reduce downtime.

ARCHITECTURE

Architecture implements additive manufacturing to create accurate and detailed conceptual models, accelerating development and identifying potential problems.

MANUFACTURING

3D printing increases efficiency, speeds up prototyping, reduces manufacturing time, and lowers tooling costs for rapid production.

MEDICINE

Additive manufacturing is revolutionizing medical design by creating personalized instruments, equipment, prosthetics, and bioprinting using 3D technologies.

PROTOTYPING

3D printing allows for rapid prototyping, which is key to iterative design and testing of form, fit, and functionality.

OPTIMIZE YOUR 3D PRINTING PROCESS

Integrate additive metal manufacturing into your workflow and produce affordable functional parts with high precision and excellent material properties. Metal 3D printing has a wide range of applications in various industries thanks to its unique capabilities—from prototypes, tooling, and fixtures to functional end-use parts, as well as personalized and low-volume production.

COMBUSTION CHAMBER FOR ROCKET ENGINE WITH LIQUID COOLING CHANNELS

Dimensions: 110.5 x 110.5 x 170 mmWeight: 4.88 kgMaterial: 316L stainless steelPrinting time: 27 hoursApproximate cost: €97-125

CASTING MOLD

Dimensions: 158.5 x 79.31 x 144.3 mmWeight: 6 kgMaterial: 316L stainless steelPrinting time: 24 hoursApproximate cost: €103-127

DRILL BIT FOR MINING

Dimensions: 96.5 x 96.44 x 91.3 mmWeight: 3 kgMaterial: 316L stainless steelPrinting time: 10.5 hoursApproximate cost: €48-58

SENSOR BRACKET

Dimensions: 160 x 110 x 60 mmMaterial: ULTEM AM9085FApproximate cost: €25

REDUCTOR GEAR

Dimensions: 80 x 80 x 40 mmWeight: 0.4 kgMaterial: A2 tool steelApproximate cost: €400

LEVERS

Dimensions: 210 x 12 x 25 mmWeight: 50 gMaterial: ONYXPrinting time: 4.5 hoursApproximate cost: €20

IMPELLER

Dimensions: 120 x 120 x 8 mmWeight: 0.950 kgMaterial: steelPrinting time: 36 hoursApproximate cost: €280

BRACKET

Dimensions: 120 x 40 x 80 mmWeight: 250 gMaterial: Titanium ti6al4vPrinting time: 11.5 hoursApproximate cost: €210

CRANIOFACIAL IMPLANT

Dimensions: 80 x 45 x 1.5 mm
Weight: 40 g
Material: Titanium ti6al4v
Printing time: 24.5 hours
Approximate cost: €360

BATTERY COVER WITH PEKK

Dimensions: 120 x 100 x 30 mm
Material: PEKK-A
Approximate cost: €90

MELTIO ROBOT CELLfrom 450 000 USD

TECHNOLOGY: Wire-Laser Metal Deposition (Blue Laser)
PRINTING AREA: Limited only by the reach of the robot armDEPOSITION RATE: up to kg/hourCOMPATIBILITY: ABB, Kuka, Fanuc, Yaskawa
APPLICATIONS: Repair of shafts, turbine blades, surface strengthening, and growth of large structures in shipbuilding and power engineering.

MELTIO M600 from 200 000 USD

TECHNOLOGY: Wire-Laser Metal Deposition (Blue Laser)
WORKING CHAMBER: 300 x 400 x 600 mmMATERIALS: Stainless steels, titanium, Inconel, as well as copper and aluminum (thanks to the blue laser)
APPLICATIONS: Manufacturing of heat exchangers, conductive busbars, and aluminum alloy parts without porosity. Integration into existing CNC machines to create hybrid systems

HBD 150from 150 000 USD

TECHNOLOGY: SLM (L-PBF)
BEAM ACCURACY: 30–40 microns.
Minimal powder “dead residue” (savings on precious metals/CoCr).
MATERIALS: 316I, 17-4Ph, CoCr, Ti6Al4V
APPLICATIONS: Serial production of custom implants, dental bridges, and clasps. Ideal choice for medical, jewelry, and small machine parts.

HBD 200from 200 000 USD

TECHNOLOGY: SLM (Option: Dual Laser for 80% acceleration)
WORKING CHAMBER: 270 x 170 x 120 mm
Industrial SLM platform for small-batch production of metal housing parts.
APPLICATIONS: Production of inserts for die casting (20-30% reduction in casting cycle time thanks to conformal cooling), small-batch production of complex assemblies.

SAMYLABS ALBA 300from 180 000 USD

TECHNOLOGY: L-PBF
WORKING CHAMBER: 100 x 100 mmFEATURES: compact form factor <1 m², fully enclosed inert chamber
MAIN ADVANTAGE: Open parameter system (you are not tied to the manufacturer's powders).
APPLICATION: Laboratory-industrial SLM solution with maximum compactness and minimum operating costs.

EOS M290from 1 000 000 USD

TECHNOLOGY: DMLS
MATERIALS: The widest range of materials (from AlSi10Mg to Inconel and Ti64)
QUALITY CONTROL: Full real-time process monitoring (EOSTATE)
APPLICATIONS: Critical parts where the price of failure is life or millions in losses. For serial printing of high-precision metal parts in the aerospace, medical, and energy industries.

MARKFORGED FX20from 200 000 USD

TECHNOLOGY: CFF + FFF (continuous fiber reinforcement + high-temperature FFF)
MATERIALS: ONYX, nylon, carbon fiber, glass fiber, Kevlar, ULTEM 9085
WORKING CHAMBER: 525 × 400 × 400 mm
APPLICATIONS: Aircraft interiors (ULTEM certified), welding line fixtures, functional prototypes replacing metal components to reduce structural weight.

MODEL PREPARATION AND REVERSE ENGINEERING

Digitization of parts, processing of drawings, creation and optimization of CAD models for additive manufacturing

EVALUATION OF TECHNOLOGY AND MATERIALS

Selection of the optimal printing method (FDM, SLS, DMLS, WAAM) and materials: ULTEM, special polymers, metal powders, and wire

3D PRINTING OF PRODUCTS

Manufacturing of parts from high-temperature polymers, powder materials, and metal wire with process parameter control.

FINISHED PART

Post-processing, quality control, and delivery of finished parts suitable for use in industrial conditions.

MAIL

au.moc.lostem%40kmm

CONTACTS

+38 (067) 446 55 44+38 (066) 579 92 78

ADDRESS

64a Radistiv St.
00002, Kyiv, Ukraine

WORKING HOURS

Mo - Sur: 9:00 - 19:00

Formatrix

Official distributor of industrial 3D printers and metal/composite technologies in Ukraine.
Full-cycle transition of businesses to additive manufacturing

start your journey in additive manufacturing with formatrix — experts in 3d printing and a service center in ukraine.

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EXAMPLES OF PRINTED PARTS

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EXPERIENCE THE ADVANTAGES OF 3D PRINTING