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What materials do you print with?
We support a wide range of materials including PLA, PLA+, PETG, ASA, ABS, TPU, and high-temp PLA (HT PLA), Nylon Carbon fiber. If you’re unsure what’s best for your project, we’re happy to help you choose.
What’s the maximum size you can print?
Our machines can print objects up to 13.78" × 12.60" × 12.80" (350mm × 320mm × 325mm) in a single piece. Larger designs can often be printed in parts and assembled.
How fast is your turnaround?
We have multiple printers running to ensure fast turnaround. Most jobs are completed within a few business days, depending on complexity and volume.
When NWAMAKER LLC designs a custom part for you, you are paying for the design service and/or the finished 3D print — not for the 3D model file itself by default.
If you'd like access to the 3D file (e.g., .STL, .3MF, .STEP), you have the following options:
1. Print-Only (Default)
You receive physical prints only.
NWAMAKER retains full rights to the design file.
No digital files included.
2. Licensed File (Personal Use)
For an additional fee, you may receive the file for personal, non-commercial use.
Redistribution, resale, or modification is not allowed.
3. Full Ownership Buyout
For an additional buyout fee, you may receive the file with full ownership.
This gives you the right to use, modify, reproduce, or resell the design.
If you’d like pricing for file access or ownership, please include that request when contacting us for a quote.
Additional Information
We specialize in Fused Deposition Modeling (FDM) for 3D printing, delivering impressive results with our advanced printers. However, print quality depends on the provided file’s integrity.
File Dependence
The quality of your print hinges on the suitability of your OBJ/STL file. Small objects (e.g., thimble or quarter-sized) may need extra care to achieve optimal results, even with post-processing.
Assessment and Collaboration
We assess every request to ensure compatibility with our technology. If issues arise, we’ll collaborate with you to resolve them quickly, guaranteeing a high-quality outcome.
In our community, creators design OBJ or STL files, the digital blueprints for 3D printing. Some retain rights to their designs, while others allow free commercial use. You can print these objects yourself or use a service like ours.
With NWAMaker Print Services, you pay only for print time, materials, and post-processing—not for the physical or digital object.
Confirmation of Print
We’ll review and confirm your 3D print request.
Invoice Submission
You’ll receive an invoice with the total cost.
Payment
Pay the invoice via email.
Notification of Print Start
We’ll let you know when your print job begins.
Completion of Print
You’ll be notified when your 3D print is finished.
Delivery or Pickup
Choose local pickup or shipping to your address.
Fused Deposition Modeling (FDM) is one of the most popular types of 3D printing. It operates by feeding a plastic filament through a heated nozzle. The melted plastic is then deposited layer by layer to build the part. There are various types of 3D filament available, ranging from solid thermoplastics to flexible thermoplastic elastomers. The timlapse (below) shows an example of an FDM printer:
Post-processing 3D prints involves a series of steps taken after a 3D model has been printed to refine its appearance, functionality, or both. This can include removing support structures used during printing, sanding or polishing rough surfaces to achieve a smoother finish, applying coatings or paints for color or texture, and even assembling multiple printed parts into a single object. Post-processing is crucial for enhancing the overall quality of a 3D print, ensuring it meets desired aesthetic standards and functional requirements beyond what can be achieved directly from the printer. Each step in post-processing serves to optimize the printed object's appearance and usability, transforming it from a raw print into a polished, finished product.
Yes, FDM printing is widely used for producing functional prototypes, custom parts, and even end-use products in industries ranging from automotive to healthcare.
Renewable Source:
Biodegradable: PLA is derived from renewable resources like corn starch, sugarcane, or other biomass materials, making it a more sustainable alternative to petroleum-based plastics.
Lower Carbon Footprint: The production of PLA generates fewer greenhouse gases compared to traditional plastics, as it comes from carbon-neutral sources.
Compostability:
Industrial Composting: PLA can be composted in industrial facilities where conditions (high temperatures and specific microbial environments) break it down into water and carbon dioxide within a few months.
Biodegradability: Under the right conditions, PLA is biodegradable, which means it can break down into natural substances over time.
Non-Toxicity:
Safe for Use: PLA is non-toxic and safe for use in food packaging and medical applications, reducing the risk of harmful chemical exposure.
Reduced Harm: The lack of toxic fumes during the printing process makes it safer for users and the environment.
Energy Efficient Production:
Lower Energy Requirements: The production process for PLA typically requires less energy compared to conventional plastics, contributing to overall energy savings.
Carbon Sequestration:
Absorbing CO2: Since PLA is made from plants, the raw materials absorb CO2 from the atmosphere during their growth, helping to offset some of the carbon emissions from production.
STL (STereoLithography) File:
Analogous to: A blueprint that shows the basic outline and dimensions of a building.
Details: The blueprint outlines the shape and structure of the building using simple lines and measurements. It focuses solely on the architectural geometry needed for construction.
Purpose: In 3D printing, an STL file serves a similar purpose. It describes the basic geometry of a 3D object using triangles (mesh) without including additional details like colors or textures. This simplicity makes it ideal for direct translation into physical objects by 3D printers.
OBJ (Object) File:
Analogous to: A detailed architectural rendering or model.
Details: This rendering not only shows the shape and structure of the building but also includes finer details such as textures, colors, and materials. It might showcase interior design elements or landscaping features.
Purpose: Similarly, an OBJ file in 3D printing can store more complex information beyond basic geometry. It includes details like textures, vertex normals, and material definitions, making it versatile for modeling, animation, and visualizations where these details are crucial. While OBJ files can be used in 3D printing, they are more commonly used in software environments that require richer visual representation beyond basic geometric shapes.
Summary:
STL: Simplified blueprint focusing on the basic geometric structure, ideal for direct 3D printing.
OBJ: Detailed architectural rendering with additional visual and textural details, suitable for modeling and animation, and can be used in 3D printing with compatible software and printers.
Do you offer virus removal?
We specialize in a clean OS reinstall (OS Refresh & Data Backup). It’s the fastest way to remove most malware or slowdowns. Deep malware/ransomware recovery isn’t our focus.
What if I need parts replaced?
We’ll recommend high-quality, compatible parts. Costs are separate, and we’ll only move forward with your approval.
Why no in-home services?
We currently handle all repairs in-store or remotely. This lets us keep overhead low and turn repairs around faster.
Can I still get my data back if my drive is failing?
We can often recover data if your drive is partially functional. For more advanced data recovery, we may refer you to specialized services.
Services available: 7 days a Week