(506) 2240-6804
3D printing services atlanta
3D Printing Service for Atlanta, Georgia
CapabilitiesCustom Online 3D Printing ServiceGeorgiaAtlanta
High Quality Atlanta, Georgia 3D Printing | 60+ Materials Available
Endless Options
Choose from millions of possible combinations of materials, finishes, tolerances, markings, and certifications for your order.
Easy to Use
Get your parts delivered right to your door without the hassle of sourcing, project management, logistics, or shipping.
Quality Assurance
Our number one job at Xometry is making your custom parts to your specifications.
Your Atlanta, Georgia 3D Printing Service: 3D Prototypes and Production Parts
A Global Leader in Industrial-Grade 3D Printing
Xometry is an industry-leading 3D printing service. Whether you need prototypes or production parts, we can make them for you in as fast as a day. We are your one-stop-shop for accurate, precise custom 3D printed parts at a low cost. Upload your 3D CAD file to get a quote and lead time within seconds. We use the latest additive manufacturing processes to build affordable functional prototypes & end-use parts in over 60 metals and plastics.
We offer eight high-quality 3D printing processes including selective laser sintering, fused deposition modeling, stereolithography, direct metal laser sintering, polyjet, Carbon DLS, binder jet metal, and HP Multi Jet Fusion. We use commercial and industrial-grade printers such as Stratasys Fortus 900mc and Fortus 450 FDM, EOS Polymer Laser Sintering (SLS) and DMLS, Concept Laser, SLM Solutions, 3D Systems, ExOne, and more.
Xometry's High Quality 3D Printing Services
Selective Laser Sintering (SLS)
Selective Laser Sintering (SLS) is a powerful 3D printing technology that produces highly accurate and durable parts that are capable of being used directly in end-use, low-volume production, or for rapid prototyping.
An additive manufacturing layer technology, SLS involves the use of a high power laser (for example, a carbon dioxide laser) to fuse small particles of plastic powders into a mass that has a desired three-dimensional shape.
The laser selectively fuses powdered material by scanning cross-sections generated from a 3-D digital description of the part (for example from a CAD file or scan data) on the surface of a powder bed. After each cross-section is scanned, the powder bed is lowered by one layer thickness, a new layer of material is applied on top, and the process is repeated until the part is completed.
Download the SLS Design Guide.
Stereolithography (SLA)
Stereolithography (SLA) is a robust 3D printing technology that produces extremely accurate and high-resolution parts that are capable of being used directly in end-use, low-volume production, or for rapid prototyping.
SLA is an additive manufacturing process that focuses an ultraviolet (UV) light on a vat of photopolymer resin. It offers higher resolution printing than many other 3D printing technologies, allowing customers to print parts with fine details and surface finishes. SLA 3D printing is a highly-versatile platform for making custom parts in prototype and production settings; often acting as a stand-in for injection-molded plastic parts.
Xometry offers both standard and high-resolution options for fine detail parts, and can also print larger sized parts and products, with some materials offering up to a 58" inch build area. In addition, Xometry's manufacturing partner network allows us to offer a larger variety of materials than other 3D printing companies - we offer a wide range of both Accura and Somos brand materials.
Download the SLA Design Guide.
Fused Deposition Modeling (FDM)
Fused Deposition Modeling (FDM) is a 3D printing technology widely known for its speed, accuracy, and competitive cost. A machine precisely extrudes melted plastic filament to create a part. Parts are very rigid, especially compared to Selective Laser Sintering (SLS), which makes them a great fit for projects with a rigidity requirement. Xometry's FDM solution offers large build volumes up to 24″ x 36″ x 36″, a variety of colors, and a diverse selection of production-grade thermoplastics — from ABS to Polycarbonate to Ultem.
Download the FDM Design Guide.
HP Multi Jet Fusion (HP MJF)
HP Multi Jet Fusion is a new 3D printing technology that produces highly accurate and durable parts that are capable of being used directly in end-use, low-volume production, or for rapid prototyping. Since the process uses well-established 2D printing ink-jetting, it has remarkably fast layer times compared to other powder bed fusion technologies.
Download the HP Multi Jet Fusion Design Guide.
PolyJet 3D (PJ3D)
PolyJet 3D is a 3D printing technology known for its customizable material properties and excellent surface finish. It works by jetting UV curable resin onto a build tray in a process that is somewhat similar to inkjet printing. PolyJet 3D printing offers one of the most advanced industrial 3D printing solutions available, producing parts with incredible precision and speed. It also supports a wide variety of build materials including rigid and rubber-like plastics. Xometry's PolyJet solution has a maximum build envelope of 19.
3 × 15.4 × 7.9 in. (490 × 390 × 200 mm) in a variety of colors and materials.
Download the PolyJet 3D Design Guide.
Direct Metal Laser Sintering (DMLS)
Direct Metal Laser Sintering (DMLS) is an 3D metal printing technology that builds prototype and production metal parts from a CAD file using a laser to selectively fuse a fine metal powder in either stainless steel or aluminum materials. A DMLS machine is capable of producing highly complex features and all-in-one assemblies using metal materials that would be difficult to achieve with subtractive manufacturing techniques.
Our DMLS metal 3D printing service typically offers build volumes up to 250 x 250 x 325 mm, but we may be able to accommodate larger part volumes upon request in the quote. (See our Manufacturing Standards for more details) A good first step is to find out the cost of the parts you need using DMLS and compare them to other 3D printing processes and CNC machining.
Download the DMLS Design Guide.
Carbon DLS™
Carbon DLS™ uses digital light projection, oxygen-permeable optics, and programmable liquid resins to produce products with end-use durability, resolution and surface finish. This 3D printing technology is called Digital Light Synthesis™, or DLS for short. Another legacy term for the process is Continuous Liquid Interface Production (CLIP). Along with Carbon’s custom liquid resins, DLS unlocks new business opportunities and product designs previously impossible, including mass customization and on-demand inventory of end-use products.
Carbon bridges, and sometimes substitutes, for processes like Urethane Casting and Injection Molding service production, because the materials are urethane-based or epoxy-based, giving excellent mechanical properties. There are even elastomer and silicone resins that outperform most additive manufactured rubber-like materials.
The typical build area is 7.4” x 4.6” x 12.8”. Parts with dimensions exceeding 4” x 4” x 6” will require manual review.
Download the Carbon DLS Design Guide.
Metal Binder Jetting
With binder jetting, an inkjet print head quickly deposits a bonding agent onto a thin layer of powdered particles -- either metal, sand, ceramics or composites. This process is repeated, layer-by-layer, using a map from a digital design file, until the object is complete. Binder jetting is offered through our Digital RFQ Marketplace through Xometry's partnership with ExOne.
Download the Binder Jetting Design Guide.
Locations near Atlanta, Georgia
Athens
GeorgiaMacon
GeorgiaChattanooga
TennesseeGreenville
South CarolinaBirmingham
AlabamaAugusta
GeorgiaHuntsville
AlabamaMontgomery
AlabamaKnoxville
TennesseeAsheville
North CarolinaTuscaloosa
AlabamaColumbia
South CarolinaNashville
TennesseeSavannah
GeorgiaCharlotte
North CarolinaTallahassee
FloridaBowling Green
KentuckyCharleston
South CarolinaPensacola
FloridaJacksonville
Florida
Ready to start making custom 3D printed parts?
FAQ
How long will my project take?
We turn projects around as fast as possible and can complete some work same-day, but the timeline depends entirely on the scope of work.
Here are some averages to give you a better idea:
Single 3D Prints: 1-3 business days if the job is small to medium size, 2-5 business days for large prints, 4-8 business days for SLS prints.
Short-Run Manufacturing: Production runs are heavily dependent on what is bring printed and how many. We oftentimes fulfill as prints are completed if parts are needed ASAP. Contact us for a specific quote.
3D Modeling: 1-5 business days, depending on the complexity of the design and the number of concurrent design jobs.
3D Scanning: 1-5 business days.
If you have a tight deadline, please contact us ASAP so that we can make a quick assessment for you.
What is the build size of your printers?
We often build objects that are larger than our build sizes by printing objects in parts and assembling. That being said, we have build sizes as large as 12 feet and as small as 2 inches and are constantly increasing our printing capacity.
How much does it cost?
3D printing, modeling, and scanning projects rely on the scope of work to determine the price, but we have provided some averages below. We offer free consultations in which we can provide a ballpark figure to help determine whether you would like to move forward with a formal proposal.
On average,
3D printing jobs are between $100 and $1000 (with a minimum of $25). Short-run manufacturing and production run prints can cost as low as $1 per unit with an average of $5-25 per unit.
3D modeling is $125/hour and our average modeling projects are 2-6 hours.
3D scanning is $500 for a half-day session which can include multiple parts in that same half-day session, and if the job takes less than two hours we will prorate that down to $250.
How does scanning work?
Currently we are able to scan non-moving objects. Scanning is labor-intensive so we prefer to carve out a half-day session per client, and can typically scan multiple items in that half-day session.
The result of a scan is a point cloud file (OBJ, STL, etc.) that can be manipulated in mesh-based software but not directly-edited parametric CAD software. If you need an editable file for reverse engineering or specific changes, the scan data needs to be converted (manually) to a CAD model which would add additional modeling hours to the project.We prefer to know our clients’ end goals with a scan so that we can confirm that the output we provide will meet the needs of the project. For instance, if the scan is intended to then go to manufacturing, a point cloud will not likely suffice and a CAD model will need to be created from the point cloud data.
What materials do you print with?
The most common materials we print with are PLA, ABS, PET, Flexible, Polycarbonate, Nylon, and SLA Resins (standard, tough, high-temp, dental, castable, flexible).
Do you print flyers, signs, shirts, etc.?
We get asked this a lot, but the answer is “no”.
We only print physical objects utilizing various additive manufacturing technologies (commonly called 3D printing) but do not print 2D objects that appear to be 3D.
Printing
$10-40/hr
Pricing dependent on project
Discounts available for bulk orders
Get Started
Scanning
$500/half day
Most projects take one session
Post-scan modeling may be needed
Get Started
Modeling
$125/hr
3D modeling or
file repair
Projects take 2-10 hours depending on complexity
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3D Services Sitemap
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Articles by sections
- Headings: Uncategorized
Projects
- 3D printed dental model
- 3D printed plaster figurine
- 3D printing house layout
- 3D printed glasses
- 3D printed bearing
- 3D printed housing
- 3D scan of column
- 3D printed model
- 3D printed transparent body
- 3D scan of body
- 3D modeling figurine
- 3D printing with polyjet photopolymer
- 3D printing parts kit
- 3D printed part
- Boar 3D Modeling
- Panther 3D Modeling
3D Print
- 3D Print
- 3D printing of PET-G plastic using FDM technology
- SBS 3D printing with FDM technology
- 3D printed Nylon with FDM plastic
- 3D printing FLEX plastic using FDM technology
- Printing with metals using SLM technology
- Printing with polyamide using SLS technology
- Printing with gypsum resin using CJP technology
- PolyJet Resin Printing
- SLA photopolymer printing
- ABS PLA printing with FDM technology
- Food industry
- Fashion and design
- Jewelery
- Medicine
- Architecture
- Engineering
- Dentistry
3D Modeling
- 3D Modeling
- Refinement of 3D scans
- Artistic Modeling
- CAD Modeling
- Industry
- Fashion and design
- Jewelery
- Medicine
- Architecture
- Dentistry
3D Scan
- 3D Scan
- 3D Geometry Check
- 3D scanning of large objects
- 3D scanning of medium objects
- 3D scanning of small objects
- Industry
- Fashion and design
- Jewelery
- Medicine
- Architecture
- Engineering
- Dentistry
Applications
- 3D printing and climbing
- 3D printing of large models on a 3D printer
- Composite 3D printing
- Military 3D printing applications
- 3D printed conductors
- Agricultural 3D printing
- 3D printing and 3D scanning for home appliance repair
- 3D printed life figures and park sculptures
- 3D printing of three-dimensional paintings
- Creation of 3D models of implants
- Post-processing of products after 3D printing with photopolymer
- Free libraries of 3D models and STL files
- 3D printing of exhibition layouts
- 3D printed buttons
- Food grade plastic for 3D printer
- PEEK, PEKK & ULTEM: 3D printing with high performance plastics
- Jewelry casting with 3D printed models
- 3D printed box molds
- 3D scanning of dental plaster casts
- 3D car scan
- Materials we work with
- 3D scanning of goods for website
- 3D printing of models of churches, church cathedrals
- 3D printing models from Minecraft
- 3D printed end caps for profiles
- 3D printed cosplay elements
- SLS - Selective Laser Powder Sintering
- Orthodontic aligners at Formlabs
- 3D printing of medical equipment components
- 3D Printed Protective Visers
- Protective mask against virus
- Create a 3D model from a photo
- Graduation project on a 3D printer
- 3D printed arm splint
- Sculpture scanning
- 3D printing based on CT and MRI
- Store design
- Packaging design
- 3D printed human figurines
- 3D printing in education
- 3D printing of interior items
- 3D printing layouts
- Small batch production
- Applications
Coupons
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Products
- Photopolymer HARZ Labs Model SLA 1 l gray
- Photopolymer HARZ Labs Model SLA 1 l white
- Photopolymer HARZ Labs Model LCD/DLP 1 l black
- Photopolymer HARZ Labs Model LCD/DLP 1 L blue
- Photopolymer HARZ Labs Model LCD/DLP 1 l gray
- Photopolymer HARZ Labs Model LCD/DLP 1 l transparent
- Photopolymer HARZ Labs Model LCD/DLP 1 l natural
- Photopolymer HARZ Labs Model LCD/DLP 1 L cherry
- Photopolymer HARZ Labs Model LCD/DLP 1 l white
- Photopolymer HARZ Labs Model SLA 1 1 l transparent
- Photopolymer HARZ Labs Dental Sand Form2 1 kg
- Photopolymer HARZ Labs Dental Sand LCD/DLP 1 kg
- Photopolymer HARZ Labs Dental Pink LCD/DLP 1L
- Photopolymer HARZ Labs Dental Peach Form2 1 kg
- Photopolymer HARZ Labs Dental Peach LCD/DLP 1 kg
- Photopolymer HARZ Labs Dental Clear SLA 1L
- Photopolymer HARZ Labs Dental Clear LCD/DLP 1L
- Photopolymer HARZ Labs Dental Cast LCD/DLP 1 l red
- Photopolymer HARZ Labs Basic LCD/DLP 1 l red
- Formlabs Form 3 Print Bath
- PC plastic 1.
75 PrintProduct - NYLON plastic PrintProduct natural
- NYLON plastic PrintProduct
- NYLON MOD plastic PrintProduct natural
- FLEX SOFT plastic PrintProduct transparent
- FLEX SPRING plastic PrintProduct black
- FLEX HARD plastic PrintProduct black
- FLEX HARD plastic PrintProduct white
- FLEX HARD plastic PrintProduct natural
- TITI FLEX MEDIUM plastic PrintProduct transparent
- TITI FLEX MEDIUM plastic PrintProduct black
- TITI FLEX MEDIUM plastic PrintProduct white
- TITI FLEX MEDIUM plastic PrintProduct green
- TiTi FLEX SPRING plastic PrintProduct black
- PET-Gun plastic PrintProduct transparent
- PET-Gun plastic PrintProduct black
- eSUN 3D FILAMENT ABS BLACK 1.75 mm
- eSUN 3D FILAMENT ABS YELLOW 1.75 mm
- eSUN 3D FILAMENT ABS BLUE 1.75 mm
- eSUN 3D FILAMENT ABS GOLD 1.75 mm
- eSUN 3D FILAMENT ABS GREEN 1.
75 mm - eSUN 3D FILAMENT ABS GRAY 1.75 mm
- eSUN 3D FILAMENT ABS NATURAL 1.75 mm
- eSUN 3D FILAMENT ABS ORANGE 1.75 mm
- eSUN 3D FILAMENT ABS PEAK GREEN 1.75 mm
- eSUN 3D FILAMENT ABS PINK 1.75 mm
- eSUN 3D FILAMENT ABS PURPLE 1.75 mm
- eSUN 3D FILAMENT ABS RED 1.75 mm
- eSUN 3D FILAMENT ABS SILVER 1.75 mm
- eSUN 3D FILAMENT ABS WHITE 1.75 mm
- eSUN 3D FILAMENT ABS LUMINOUS RED 1.75 mm
- eSUN 3D FILAMENT ABS LUMINOUS BLUE 1.75 mm
- eSUN 3D FILAMENT PLA Glass Purple 1.75 mm
- eSUN 3D FILAMENT PLA Glass Light Blue 1.75mm
- eSUN 3D FILAMENT PLA Glass Lemon Yellow 1.75 mm
- eSUN 3D FILAMENT PLA Glass Watermelon Red 1.75 mm
- eSUN 3D FILAMENT PLA Glass Orange 1.75 mm
- eSUN 3D FILAMENT PLA GOLD 1.75 mm
- eSUN 3D FILAMENT PLA BLACK 1.75 mm
- eSUN 3D FILAMENT PLA GREEN 1.75 mm
- eSUN 3D FILAMENT PLA GRAY 1.
75 mm - eSUN 3D FILAMENT PLA NATURAL 1.75 mm
- eSUN 3D FILAMENT PLA WHITE 1.75 mm
- eSUN 3D FILAMENT PLA YELLOW 1.75mm
- eSUN 3D FILAMENT PLA RED 1.75 mm
- eSUN 3D FILAMENT PLA PINK 1.75 mm
- eSUN 3D FILAMENT PLA SILVER 1.75 mm
- eSUN 3D FILAMENT PLA ORANGE 1.75 mm
- eSUN 3D FILAMENT PLA PURPLE 1.75 mm
- eSUN 3D FILAMENT PLA PEAK GREEN 1.75 mm
- eSUN 3D FILAMENT PLA LIGHT BLUE 1.75 mm
- eSUN 3D FILAMENT PLA BLUE 1.75 mm
- PROTOTYPER T-SOFT (CLEAR) 1.75 mm Clear
- PROTOTYPER T-SOFT (CLEAR) 1.75 mm Yellow
- PROTOTYPER T-SOFT (CLEAR) 1.75 mm Orange
- PROTOTYPER T-SOFT (CLEAR) 1.75 mm Red
- PROTOTYPER T-SOFT (CLEAR) 1.75 mm Bottle Brown
- PROTOTYPER T-SOFT (CLEAR) 1.75 mm Bottle Green
- PROTOTYPER T-SOFT (CLEAR) 1.75 mm Bottle Olive
- PROTOTYPER T-SOFT (CLEAR) 1.75 mm Lime
- PROTOTYPER T-SOFT (CLEAR) 1.
75 mm Emerald - PROTOTYPER T-SOFT (CLEAR) 1.75 mm Aquamarine
- PROTOTYPER T-SOFT (CLEAR) 1.75 mm Blue
- PROTOTYPER T-SOFT (CLEAR) 1.75 mm Violet
- PROTOTYPER S-SOFT (SOLID) 1.75 mm Black
- PROTOTYPER S-SOFT (SOLID) 1.75 mm White
- PROTOTYPER S-SOFT (SOLID) 1.75 mm Gray
- PROTOTYPER S-SOFT (SOLID) 1.75 mm Ivory
- PROTOTYPER S-SOFT (SOLID) 1.75 mm Blue
- PROTOTYPER S-SOFT (SOLID) 1.75 mm Yellow
- PROTOTYPER S-SOFT (SOLID) 1.75 mm Violet
- PROTOTYPER S-SOFT (SOLID) 1.75 mm Orange
- PROTOTYPER S-SOFT (SOLID) 1.75 mm Green
- PROTOTYPER S-SOFT (SOLID) 1.75 mm Magenta
- Formlabs Gray Pro Photopolymer 1L Cartridge
- PC polycarbonate 3DMall 1.75 mm
- PLA plastic 3DMall 1.75 mm metallic gray
- PLA plastic 3DMall 1.75 mm white
- PLA plastic 3DMall 1.75 mm black
- PLA plastic 3DMall 1.75 mm brown
- PLA plastic 3DMall 1.
75 mm gray - PLA plastic 3DMall 1.75 mm metallic bronze
- PLA plastic 3DMall 1.75 mm metallic gold
- PLA plastic 3DMall 1.75 mm metallic blue
- PLA plastic 3DMall 1.75 mm metallic green
- PLA plastic 3DMall 1.75 mm blue
- PLA plastic 3DMall 1.75 mm green
- PLA plastic 3DMall 1.75 mm purple
- PLA plastic 3DMall 1.75 mm red
- PLA plastic 3DMall 1.75 mm orange
- PLA plastic 3DMall 1.75 mm yellow
- PLA plastic 3DMall 1.75 mm burgundy
- PLA plastic 3DMall 1.75 mm blue
- ABS plastic 3DMall 1.75 mm metallic gray
- ABS plastic 3DMall 1.75 mm white
- ABS plastic 3DMall 1.75 mm black
- ABS plastic 3DMall 1.75 mm brown
- ABS plastic 3DMall 1.75 mm gray
- ABS plastic 3DMall 1.75 mm metallic bronze
- ABS plastic 3DMall 1.75 mm metallic gold
- ABS plastic 3DMall 1.75 mm metallic blue
- ABS plastic 3DMall 1.
75 mm metallic green - ABS plastic 3DMall 1.75 mm blue
- ABS plastic 3DMall 1.75 mm green
- ABS plastic 3DMall 1.75 mm purple
- ABS plastic 3DMall 1.75 mm red
- ABS plastic 3DMall 1.75 mm orange
- ABS plastic 3DMall 1.75 mm yellow
- ABS plastic 3DMall 1.75 mm burgundy
- ABS plastic 3DMall 1.75 mm fluorescent pink
- ABS plastic 3DMall 1.75 mm blue
- ABS plastic 3DMall 1.75 mm fluorescent green
- ABS plastic 3DMall 1.75 mm fluorescent lemon
- 3M adhesive tape blue
- PLA plastic SEM 1.75 mm orange
- PLA plastic SEM 1.75 mm white
- PLA plastic SEM 1.75 mm black
- PLA plastic SEM 1.75 mm red
- PLA plastic SEM 1.75 mm yellow
- PLA plastic SEM 1.75 mm green
- PLA plastic SEM 1.75 mm natural
- PLA plastic SEM 1.75 mm blue
- PLA plastic SEM 1.75 mm purple
- ABS plastic SEM 1.75 mm marble
- ABS plastic SEM 1.
75 mm pink marble - ABS plastic SEM 1.75 mm metallic bronze
- ABS plastic SEM 1.75 mm metallic blue
- ABS plastic SEM 1.75 mm metallic gold
- ABS plastic SEM 1.75 mm metallic green
- ABS plastic SEM 1.75 mm fluorescent green
- ABS plastic SEM 1.75 mm fluorescent lemon
- ABS plastic SEM 1.75 mm fluorescent pink
- ABS plastic SEM 1.75 mm blue
- ABS plastic SEM 1.75 mm burgundy
- ABS plastic SEM 1.75 mm white
- ABS plastic SEM 1.75 mm yellow
- ABS plastic SEM 1.75 mm brown
- ABS plastic SEM 1.75 mm green
- ABS plastic SEM 1.75 mm gray
- ABS plastic SEM 1.75 mm blue
- ABS plastic SEM 1.75 mm natural
- ABS plastic SEM 1.75 mm orange
- ABS plastic SEM 1.75 mm red
- ABS plastic SEM 1.75 mm transparent
- ABS plastic SEM 1.75 mm black
- PC polycarbonate SEM 1.75 mm
- ABS plastic SEM 1.
75 mm purple - HIPS plastic SEM 1.75 mm white
- PLA plastic SEM 1.75 mm bronze metallic
- PLA plastic SEM 1.75 mm silver metallic
- ABS/PC plastic SEM 1.75 mm natural
- Photopolymer Fun To Do Standard Blend 1l red
- Photopolymer Fun To Do Standard Blend 1l black
- Photopolymer Fun To Do Standard Blend 1l natural
- Photopolymer Fun To Do Snow White 1l white
- Photopolymer Fun To Do Industrial Blend 1l, red
- Photopolymer Fun To Do Industrial Blend 1l, black
- Photopolymer Fun To Do Industrial Blend 1l, natural
- Photopolymer Fun To Do Deep Black 1l black
- Photopolymer Fun To Do Castable Blend cast 1l red
- Photopolymer Fun To Do F1+ 1l white
- Photopolymer Fun To Do F1+ 1l transparent
- Photopolymer Fun To Do F1+ 1l gray
- Photopolymer Fun To Do F1+ 1l black
- Photopolymer Fun To Do Dentifix-3D Modeling HR 1L
- Photopolymer Fun To Do Dentifix-3D Modeling LR 1l
- Formlabs Dental Model Resin in 1L Cartridge
- Formlabs Black Resin 1L Cartridge
- Formlabs White Resin White Resin 1L Cartridge
- Formlabs Clear Resin 1L Cartridge
- Formlabs Gray Resin 1L Cartridge
- Formlabs Castable Resin 1L Cartridge
- Formlabs Dental LT Clear Resin 1L Cartridge
- Formlabs High Temp Resin 1L Cartridge
- Formlabs Durable Resin 1L Cartridge
- Formlabs Castable Wax Resin 1L Cartridge
- Formlabs Tough 2000 Resin 1L Cartridge
- Formlabs Flexible Resin 1L Cartridge
- Formlabs Rigid Resin 1L Cartridge
- Wanhao photopolymer resin 1 l white
- Wanhao photopolymer resin 1 l orange
- Wanhao photopolymer resin 1 l green
- Wanhao photopolymer resin 1 l black
- Wanhao photopolymer resin 1 l gray
- Wanhao photopolymer resin 1 l yellow
- Wanhao photopolymer resin 1 l red
- Wanhao photopolymer resin 1 l transparent
- Cleaning needle for 3D printer FDM
- Form 2 Long Term Print Bath
- Heat resistant glass for heated platform
- 3D Printing Adhesive Spray
- Intesa varnish for 3D printing
- 3D Model Cleaner Limonen
- Matting Spray Helling
- Nozzle for 3D printer PICASO Jet 0.
3 - Formlabs Form 2 Print Bath
- Dichloromethane (methylene chloride)
Gallery
- 3D Scan Battery Blank 3
- 3D scan of a wooden interior element
- 3D scanning of shoes
- Printing models of plastic bottles
- 3D printed screed
- 3D printed dinosaur jaw
- 3D printed nylon part
- 3D printed metal element
- 3D printed metal part
- 3D printed metal part
- 3D printed lock element
- 3D printed pump
- 3D printed metal filter
- 3D printing auto parts
- 3D printed turbine element
- 3D printed bas-relief
- 3D printed horse figurines
- 3D printed keychains
- 3D printed dog figurine
- 3D printed stand
- 3D printing scoop
- 3D printed astronaut figurine
- 3D printed eyeglass frames
- 3D printed badge
- 3D printed lock
- 3D printed pangolin
- 3D printed hero bust
- 3D printed filter
- 3D printed architectural model
- 3D printed engine model
- 3D printed figurine
- 3D printed dental template
- 3D printed sneaker
- 3D printed housing
- 3D printed part
- 3D printed door frame
- 3D printed souvenir
- 3D printed figurine
- 3D printing building
- 3D printed glasses
- 3D printing parts
- 3D printed bearing
- 3D printed eyeglass frames
- 3D printed hand
- 3D printed pergola
- 3D printed parts
- 3D scan of gearbox
- 3D scan of car body
- 3D scan of ventilation part
- 3D engine scan
- 3D scan of column
- 3D scan of bus
- 3D jaw scan
- 3D scan of body
- 3D scan of hull model
- 3D tube scan
- Dashboard 3D scan
- 3D scan of screw
- 3D car scan
- 3D scanning figurine
- Panther 3D scan
- 3D bust of Putin
- 3D modeling sneaker
- 3D hair modeling
- 3D face modeling
- ATV 3D Modeling
- 3D building modeling
- 3D modeling of column
- 3D tank modeling
- 3D modeling tiles
- 3D modeling of a hamburger
- 3D modeling of coin
- 3D modeling of auto suspension
- 3D robot simulation
- 3D modeling of atlanta
- Boar 3D Modeling
- 3D modeling chairs
- 3D modeling chair
- 3D printed photopolymer case
- 3D printed plastic parts kit
- 3D printing of electrical appliance case
- 3D printed toys
- 3D printed Resin Hirspattern Clear
- 3D printed lizard
- 3D printed nozzles
- 3D printed teeth template
- 3D printed mask
- 3D printing of a woman from plaster
- 3D printed small body
- 3D printing of small body parts
- 3D printed gray housing 2
- 3D printed gray body 1
- 3D printed white case
- 3D printed doll heads
- 3D printed dental template
- 3D printed parts of the red body
- 3D modeling of watch strap part 2
- 3D modeling of watch strap part 3
- 3D modeling of watch strap part
- 3D printed large body
- 3D printing of apparatus elements
- 3D printed body parts
- 3D printed doll heads
- 3D printed diagnostic model
- 3D printing of preoperative models
- 3D printed rings
- 3D printed titanium rings
- 3D printed console case
- 3D printed bracelet part
- 3D printed gun stock
- 3D printed cowboy
- 3D printing Spartak
- 3D printed cover
- 3D printed console case
- 3D printing movie character
- 3D printing machine parts
- 3D printed polyamide parts
- Scanning decorative tiles from original
- Scanning the turbine nozzle and creating a 3d model
- Printing Toy Gun Parts Kit
- PLA bottle print
- Printing fixtures for instrument
- Printed enclosure for ABS boards
- PLA tile mold printing
- Plastic tile mold printing
- Scan tiles and create a 3d model
- Handmade bottle layout print
- Printing crowns on the Objet printer
- 1 liter plastic bottle mockup print
- Printing a sleeve on a 3D printer
- 3D printed ABS sleeve
- Printed white ABS sleeve
- Painted instrument housing
- Creation of a 3D skull model from CT
- Fan trim
- Model master for aligners
- PLA bottle mockup
- Printing ABS fasteners
- Printing photopolymer fittings on Formlabs
- Printing and painting of a large body
- Printing and painting of body parts
- Printing part of the skull on a 3D printer
- Seal part for sporting weapons
- Transparent body
- Copy of sleeve
- Hookah model
- White PLA bottle printing
- 3D printed doll parts
- Scan an element and create a solid model
- 3D scan chess piece
- 3D scan of a horse figure
- 3D scan of cladding
- 3D print master head models
- 3D printing master teeth models
- 3D printed head models
- 3D printed chess pieces
- 3D printed kayak
- 3D printed cup
- 3D printed titanium rings
- 3D printed titanium jewelry
- 3D printing medal for direct casting
- 3D printed buttons for remote control
- 3D printed brake shoe model
- 3D printed octopus
- 3D printed doll head
- 3D printing spare parts
- 3D printed red case
- 3D printed teeth model
- 3D printed drone mount
- Printing caps on a 3D printer
- Printing a fish model on a 3D printer
- Bender head print
- Scanning of fastening part with scanner
- Scan fastening detail
- Star Wars Ship Seal
- Heart layout printing
- Scanning the cone figurine
- Bump scan
- Print kit
- Mandibular and maxillary master prints
- Printing jaw master models
- Polyamide parts kit printing
- Printing of the head model in SLA 9 photopolymer0020
- Custom 3D printing of PETG parts
- 3D printing of PETG parts
- 3D scan of motorcycle parts
- 3D scan parts from Harley-Davidson 3
- 3D scan parts from Harley-Davidson 2
- 3D scan parts from Harley-Davidson 1
- 3D scan parts from Harley-Davidson
- 3D scan of boot
- 3D printed doll parts
- 3D head scan
- 3D ear scan
- Mold creation
- 3D scan of a wooden element
- Creation of a 3D model of the fastening mechanism
- 3D printed end caps
- 3D printed housing for device
- White PLA bottle prototype
- 3D printed temporary crowns
- 3D printing of children's toy parts
- Prototyping bottle
- Manufacture of instrument housing
- 3D printed diagnostic model for aligners
- 3D printed bottle prototype
- 3D printing car cap
- 3D printed reinforced ABS coupling
- Clear resin print
- 3D printed doll head
- 3D printed titanium products
- Gorilla Bust 3D Modeling
- 3D modeling of the human skull
- 3D bust modeling 2
- 3D bust modeling 1
- 3D modeling lion figurine 4
- 3D modeling lion figurine 3
- 3D modeling lion figurine 2
- 3D modeling lion figurine 1
- 3D modeling medal 3
- 3D modeling medal 2
- 3D modeling medal 1
- 3D modeling of the Olympic medal
- 3D printed gears 2
- 3D printed gears 1
- Formlabs 2 Clear and Gray Resin
- Formlabs Clear and Gray Resin 1
- SLA 2 3D resin printing
- SLA 3D Resin Printing 1
- 3D printed soldier model
- 3D printed polyamide with dyeing 4
- 3D printed polyamide with dyeing 3
- 3D printed polyamide with dyeing 2
- 3D printed polyamide with dyeing 1
- 3D printed monster on a 3D printer 2
- 3D printed monster 1
- 3D printed PETG impeller
- 3D printed vape body 3
- 3D printed vape body 2
- 3D printed vape body 1
- ABS kit 2
- ABS kit 1
- Titanium rings on a 3D printer 5
- Titanium rings on a 3D printer 3
- Titanium rings on 3D printer 2
- Titanium rings on a 3D printer 1
- 3D printed reinforced ABS 3
- 3D printed reinforced ABS 2
- 3D printed reinforced ABS 1
- 3D scan of product body 4
- 3D scan of product body 3
- 3D scan of product body 2
- 3D scan of product body 1
- 3D model of knee sled 3
- 3D Modeling of the Knee Sled 2
- 3D model of knee sled
- 3D printed eyeglass frames 3
- 3D printed eyeglass frames 2
- 3D printed eyeglass frames 1
- 3D printed Batman mask 3
- Batman 2 mask 3D printing
- 3D printed Batman mask 1
- 3D printing parts kit
- 3D printing of PLA plastic products 3
- 3D printing of PLA plastic products 2
- 3D printing of PLA plastic products 1
- 3D printing of ABS products 2
- 3D printing of ABS plastic parts 1
- 3D printed security visers 5
- 3D printed security visers 4
- 3D printed security visers 3
- 3D printed security visers 2
- 3D printed security visers 1
- 3D printed protective mask 2
- 3D printed protective mask 1
- 3D printed parts in red PLA plastic
- 3D printed temporary crowns 4
- 3D printed temporary crowns 3
- 3D printed temporary crowns 2
- 3D printed temporary crowns 1
- 3D printing of a bust from photopolymer Gray Resin 3
- 3D printed bust in Gray Resin 2
- 3D printed bust in Gray Resin 1
- 3D printed bottle holders 3
- 3D printed bottle holders 2
- 3D printed watch holder 2
- 3D printed watch holder 1
- 3D printed bushings from photopolymer
- 3D scan of the cap for the rim of the car 3
- 3D scan of car rim cap 2
- 3D scan of car rim cap 1
- 3D scan of steering wheel controls 4
- 3D scan of steering wheel controls 3
- 3D scan of steering wheel controls 2
- 3D scan of steering wheel controls 1
- 3D scan angel figurine 6
- 3D scan angel figurine 5
- 3D scan angel figurine 4
- 3D scan angel figurine 3
- 3D scan angel figurine 2
- 3D scan angel figurine 1
- 3D scan chair 5
- 3D scan of chair 4
- 3D scan of chair 3
- 3D scan of chair 2
- 3D scan of chair 1
- 3D scanning plasticine sculpture 5
- 3D scanning plasticine sculpture 4
- 3D scanning plasticine sculpture 3
- 3D scanning plasticine sculpture 2
- 3D scanning plasticine sculpture 1
- 3D car body scan 6
- 3D scanning of the car body 5
- 3D scanning of the car body 4
- 3D scanning of the car body 3
- 3D scan of the car body 2
- 3D scanning of the car body 1
- 3D scan of battery plug 5
- 3D scan of battery plug 4
- 3D scan of battery plug 2
- 3D scan of battery plug 1
- 3D scanning gnome figurine 5
- 3D scan gnome figurine 4
- 3D scan gnome figurine 3
- 3D scan gnome figurine 2
- 3D scan gnome figurine 1
- 3D scan of the bust of Vladimir Mayakovsky 6
- 3D scan of the bust of Vladimir Mayakovsky 5
- 3D scan of the bust of Vladimir Mayakovsky 4
- 3D scan of the bust of Vladimir Mayakovsky 3
- 3D scan of the bust of Vladimir Mayakovsky 2
- 3D scan of the bust of Vladimir Mayakovsky 1
- 3D scan of bottle cap 3
- 3D scan of bottle cap 2
- 3D scan of bottle cap 1
- 3D scanning of bottle neck 2
- 3D scanning of bottle neck 1
- 3D printed titanium jewelry 6
- 3D printed titanium jewelry 5
- 3D printed titanium jewelry 4
- 3D printed titanium jewelry 3
- 3D printed titanium jewelry 2
- 3D printed titanium jewelry 1
- 3D printed human heads 2
- 3D printed human heads 1
- 3D printed Roman helmet 3
- 3D printed Roman helmet 2
- 3D printed Roman helmet 1
- 3D printed bottle prototype 5
- 3D printed bottle prototype 4
- 3D printed bottle prototype 3
- 3D printed bottle prototype 2
- 3D printed bottle prototype 1
- 3D printed PLA prototype
- 3D human scan
- 3D human scan 2
- 3D human scan 3
- 3D human scan 4
- 3D modeling gear 5
- 3D modeling gear 4
- 3D modeling gear 3
- 3D modeling gear 2
- 3D modeling gear 1
- 3D stone scan 4
- 3D stone scan 3
- 3D stone scan 2
- 3D stone scanning 1
- 3D scan of attachment part 4
- 3D scan of attachment part 3
- 3D scan of attachment part 2
- 3D scan of attachment part 1
- 3D printed side plates 4
- 3D printed side moldings 3
- 3D printed spine CT 1
- 3D printed decoration item 1
- 3D scan cat figurine 3
- 3D scan cat figurine 2
- 3D printed cat figurine 1
- 3D printed ski mask 2
- 3D printed ski mask 1
- Polyamide 5 3D printing
- Polyamide 4 3D printing
- Polyamide 3 3D printing
- Polyamide 2 3D printing
- 3D printed polyamide 1
- 3D scan for car workshop 2
- 3D scan for car workshop 1
- 3D scanning of doll parts 1
- 3D scan of doll parts 2
- 3D scan tiger figurine 5
- 3D scan tiger figurine 4
- 3D scan tiger figurine 3
- 3D scan tiger figurine 2
- 3D scan tiger figurine 1
- 3D scan case for airpods 3
- 3D scan case for airpods 2 headphones
- 3D scan case for airpods 1
- 3D scanning sumo figures 1
- 3D scanning sumo figure 2
- 3D scanning sumo figure 3
- 3D scanning sumo figure 4
- Tennis player 3D scan 1
- Tennis player 3D scan 2
- Tennis player 3D scan 3
- Tennis player 3D scan 4
- Tennis player 3D scan 5
- Tennis player 3D scan 6
- 3D scan of textured wood panel 1
- 3D scan of textured wood panel 2
- 3D scan of textured wood panel 3
- 3D scan of textured wood panel 4
- 3D scan of a cross with a crucifix 1
- 3D scan of crucifixion cross 2
- 3D printed teddy bear model from photopolymer
- 3D printed photopolymer bear model 1
- 3D scanning of plaster cast 1
- 3D scan of plaster cast 2
- 3D scan of plaster cast 3
- 3D scanning of a plaster cast 4
- 3D scan of shoe heel 1
- 3D scan of shoe heel 2
- 3D scan of shoe heel 3
Reviews
- Sergey, head of project department
- Ekaterina, interior designer
- Gennady, detail from the meat grinder
- Tatiana, 3D printed figurine
- Michael, tuning service
- Elena, architect
- San Sanych, engineer
- Marina
- Alexander, PR-specialist
- Pavel Alekseevich, collector
- Kirill, auto repair shop
- Danil, car mechanic
- Svetlana, restorer
- Alexander, engineer
- Sofia
- Michael
- Alexey
- Zemfira, jewelry store
- Sergey, entrepreneur
- Christina
- Demian
- Pavel
- Tamara, architect
- Sergey Sergeevich, engineer
project categories
- Default
Product categories
- Accessories
- Plastic threads
- Polymer resins
Gallery Categories
- 3D MODELING
- 3D PRINT
- 3D SCAN
3D Printing - Center for Additive Technologies
Voronezh, st.
Soldier's field, 285/5
We work: Mon - Fri, from 8 to 17
JSC "Technological Competence Center of Additive Technologies" provides 3D printing services to order throughout Russia.
Printing is carried out on professional industrial printers using only certified materials. Technically competent specialists consult at all stages of work.
Additive technologies or layer-by-layer synthesis technologies (3D printing) are one of the most dynamically developing areas of digital production today. There are many technologies that can be called additive, they have one thing in common: the model is built by adding material (from the English add - “add”), in contrast to traditional technologies, where the part is created by removing “extra” material.
Production speed
3D printers can significantly reduce the time spent on each project. When using additive technologies, the entire printing process will take from a few weeks or days, and the majority of models can be printed in a matter of hours
Production cost
Large-scale projects with a large number of 3D printed parts are expensive, but additive manufacturing still remains more profitable than traditional technologies
Product quality
Modern 3D printers demonstrate high quality products.
