TECHNOLOGY APPLIED SP. Z O.O.
- ul. Transportowa 2D/45, 15-399 BIAŁYSTOK, Poland
- +48 85 733 90 00
- info@ta.parts
- ta.parts
Description
Technology Applied is the largest Polish contract manufacturing company utilizing advanced industrial 3D printing technologies. The company boasts a state-of-the-art machinery fleet and comprehensive production and post-processing facilities, delivering durable, functional, and reliable components for the most demanding industrial sectors—with a particular focus on defense, aerospace, automotive, and medical industries. The company is ISO 9001:2015 certified, confirming the highest standards of quality management.
ADVANCED TECHNOLOGIES AND AN ALTERNATIVE TO INJECTION MOLDING
The company’s 3D printing facility utilizes a wide range of proven additive manufacturing technologies:
• SLS (Selective Laser Sintering) – selective laser sintering of polymer powders,
• MJF (Multi Jet Fusion) – precise and efficient printing with isotropic mechanical properties,
• FDM (Fused Deposition Modeling) – thermoplastic extrusion.
Laser-based 3D printing technologies serve as an excellent complement to, and in many cases a direct alternative for, traditional injection molding. The absence of setup costs and expensive tooling or molds makes 3D printing an optimal and cost-effective choice for short to medium production runs, as well as for the rapid implementation of design modifications.
CERTIFIED SPECIALIZED MATERIALS
Technology Applied uses certified materials, enabling the production of parts that comply with rigorous international standards. The offering includes:
• Polyamides in standard forms as well as reinforced with glass fiber or aluminum powder (Alumide),
• Self-extinguishing and flame-retardant materials (containing halogen-free flame retardants) – crucial for military and aerospace applications,
• Thermoplastic elastomers (TPU) and advanced filaments.
Products can feature chemical and mechanical resistance, flame retardancy, biocompatibility, or approval for food contact.
UNIQUE POST-PROCESSING AND PART FINISHING
Technology Applied employs a professional, automated system for chemical vapor smoothing of 3D prints. Finishing capabilities also include:
• Surface smoothing and polishing,
• Dyeing and painting,
• Insertion of threaded inserts and metal components,
• Bonding and joining of complex structures.
As a result, the company delivers final, assembly-ready components, devices, and spare parts for machinery and production lines.
ADVANCED TECHNOLOGIES AND AN ALTERNATIVE TO INJECTION MOLDING
The company’s 3D printing facility utilizes a wide range of proven additive manufacturing technologies:
• SLS (Selective Laser Sintering) – selective laser sintering of polymer powders,
• MJF (Multi Jet Fusion) – precise and efficient printing with isotropic mechanical properties,
• FDM (Fused Deposition Modeling) – thermoplastic extrusion.
Laser-based 3D printing technologies serve as an excellent complement to, and in many cases a direct alternative for, traditional injection molding. The absence of setup costs and expensive tooling or molds makes 3D printing an optimal and cost-effective choice for short to medium production runs, as well as for the rapid implementation of design modifications.
CERTIFIED SPECIALIZED MATERIALS
Technology Applied uses certified materials, enabling the production of parts that comply with rigorous international standards. The offering includes:
• Polyamides in standard forms as well as reinforced with glass fiber or aluminum powder (Alumide),
• Self-extinguishing and flame-retardant materials (containing halogen-free flame retardants) – crucial for military and aerospace applications,
• Thermoplastic elastomers (TPU) and advanced filaments.
Products can feature chemical and mechanical resistance, flame retardancy, biocompatibility, or approval for food contact.
UNIQUE POST-PROCESSING AND PART FINISHING
Technology Applied employs a professional, automated system for chemical vapor smoothing of 3D prints. Finishing capabilities also include:
• Surface smoothing and polishing,
• Dyeing and painting,
• Insertion of threaded inserts and metal components,
• Bonding and joining of complex structures.
As a result, the company delivers final, assembly-ready components, devices, and spare parts for machinery and production lines.
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Products
Deep-dyeing of 3D prints
Deep-dyeing of 3D prints
DyeMansion DM60 deep-dyeing technology is an innovative solution that enables durable, high-quality surface coloring of parts. It utilizes advanced pigments that penetrate the material's structure, creating a uniform, long-lasting color layer resistant to abrasion. Components are immersed under pressure in dyes that reach into microscopic pores and intricate details, regardless of geometric complexity. This process achieves deep, consistent surface colors that will not peel or fade under external factors. The dyeing process is fully controlled, allowing precise tuning of color intensity to achieve the exact desired visual effect.
FDM technology
FDM technology
FDM technology (Fused Deposition Modeling) is one of the most widely used 3D printing methods. In this process, a thermoplastic material is heated to a molten state and extruded through a precisely controlled nozzle, building the object layer by layer. As the material cools and solidifies, successive layers fuse together until the complete structure is formed.
We utilize it wherever a balance between mechanical strength and cost optimization is essential. Thanks to a wide range of polymers (from flexible TPU to flame-retardant PET-G UL 94 V-0), we deliver components ready to perform under demanding industrial conditions.
We have launched a dedicated farm of FDM printers to carry out large-scale production runs.
PRINTING PARAMETERS:
• Chamber size: 250 mm x 210 mm x 210 mm
• Maximum part size: 250 mm x 210 mm x 210 mm
• Layer height: 0.1 mm - 0.2 mm
AVAILABLE MATERIALS:
• PLA
• ASA
• PET-G
• PET-G UL 94 V-0
• TPU
• ABS
• Chamber size: 250 mm x 210 mm x 210 mm
• Maximum part size: 250 mm x 210 mm x 210 mm
• Layer height: 0.1 mm - 0.2 mm
AVAILABLE MATERIALS:
• PLA
• ASA
• PET-G
• PET-G UL 94 V-0
• TPU
• ABS
MJF technology
MJF technology
MJF (Multi Jet Fusion) technology, developed by HP, is an innovative 3D printing method utilizing polymer powder and selectively applied binding agents. In each cycle, inkjet nozzles apply a fusing agent onto designated areas of the layer, after which the entire surface is cured using thermal energy.
Key advantages of MJF include exceptional process speed along with high isotropy and mechanical durability of the final parts. The technology enables the production of complex geometries while maintaining superior surface quality, reducing the need for post-processing. Thanks to its high efficiency, MJF stands out as one of the best solutions for industrial series production.
PRINT PARAMETERS:
• Chamber size: 380mm x 284mm x 380mm
• Maximum part size: 380mm x 284mm x 380mm
• Layer thickness: 0.08mm
• Min. wall thickness: 0.8mm
AVAILABLE MATERIALS:
• PA12 HP
• PA11 HP
• Chamber size: 380mm x 284mm x 380mm
• Maximum part size: 380mm x 284mm x 380mm
• Layer thickness: 0.08mm
• Min. wall thickness: 0.8mm
AVAILABLE MATERIALS:
• PA12 HP
• PA11 HP
SLS technology
SLS technology
SLS (Selective Laser Sintering) technology is an advanced 3D printing method that involves fusing powdered polymers layer by layer using a laser. The laser precisely binds the powder particles according to a digital model, while the unsintered material acts as a natural support. This enables the creation of complex geometries and internal structures without the need for additional support structures.
The main benefits of SLS include high precision, the production of complex parts, and simplified post-processing due to the absence of supports. Prints feature uniform mechanical strength in all directions (isotropy), making this technology an ideal solution for demanding industrial applications.
PRINT PARAMETERS:
• Chamber size: 340mm x 340mm x 600mm
• Maximum part size: 320mm x 320mm x 590mm
• Layer thickness: 0.1mm - 0.12mm
• Min. wall thickness: 0.8mm
AVAILABLE MATERIALS:
• PA12
• PA12GF
• PA2210FR UL 94 V-0
• TPU1301
• Chamber size: 340mm x 340mm x 600mm
• Maximum part size: 320mm x 320mm x 590mm
• Layer thickness: 0.1mm - 0.12mm
• Min. wall thickness: 0.8mm
AVAILABLE MATERIALS:
• PA12
• PA12GF
• PA2210FR UL 94 V-0
• TPU1301
VaporFuse Surfacing of 3D prints
VaporFuse Surfacing of 3D prints
VaporFuse Surfacing (VFS) is an advanced chemical vapor smoothing technology for 3D printed parts. In this process, components are exposed to chemical vapor inside a vacuum chamber. The vapor in a controlled manner melts the outer layer of the part, eliminating visible layer lines and achieving a perfectly smooth, uniform surface finish.
A key advantage of VFS is the sealing of micropores, which significantly improves fluid and gas tightness while enhancing mechanical properties. The technology smooths the entire component—including complex internal channels and hard-to-reach geometries. VFS leaves no chemical residues or toxic substances, ensuring that materials retain their existing certifications, such as biocompatibility, flame retardancy, or food-contact approval.
Business sector
Other
3D printing, 3D scanning, composites, modern technologies