Frequently Asked Questions
Got questions about 3D printing, pricing, or how we work? We’ve got answers. If you don’t see what you’re looking for, reach out and we’ll help.
Custom Prototypes
What is a prototype?
A prototype is a physical model of your design used to test form, fit, and function before committing to expensive manufacturing methods like injection molding.
Can I get multiple versions of my prototype?
Yes. Many customers order 2-3 variations to test different sizes, wall thicknesses, or design tweaks before finalizing.
How accurate are 3D printed prototypes?
Our prints are accurate to within ±0.2mm for most geometries. This is sufficient for most fit checks and functional testing.
How long does a prototype take?
Most prototypes are ready within 3-7 business days. Rush orders can be completed in 2-3 days for an additional fee.
Engineering Materials
What engineering materials do you offer?
We print ASA (UV-resistant outdoor), PAHT-CF (carbon fiber reinforced nylon), and PC (polycarbonate). These materials offer properties like high strength, heat resistance, and weatherability that go far beyond basic PLA and PETG.
Is polycarbonate really that strong?
Yes. Polycarbonate is one of the toughest printable plastics—it’s the same material family used in bulletproof glass and safety equipment. It handles impacts, high temperatures (up to 110°C), and offers good optical clarity for covers and enclosures.
Do engineering materials cost more?
Yes, both the material cost and print time are higher due to the specialized requirements (heated chamber, hardened nozzles, slower print speeds). However, they’re still dramatically cheaper than machining or overseas manufacturing. Carbon fiber nylon parts start around $0.50/gram vs. $0.08/gram for PLA.
When should I use carbon fiber nylon (PAHT-CF)?
Choose PAHT-CF when you need exceptional stiffness and strength-to-weight ratio. Common applications include drone frames, industrial fixtures, high-performance brackets, and structural components. It’s heat resistant up to 150°C and significantly stiffer than standard nylon.
What's the difference between ASA and PETG for outdoor use?
Both work outdoors, but ASA is superior for long-term UV exposure. PETG will last years outside but may eventually show some UV degradation. ASA was specifically engineered for automotive exterior parts and maintains color stability indefinitely in direct sunlight.
Can you print large engineering parts?
Our build volume is 256 x 256 x 256mm (approximately 10″ x 10″ x 10″). For larger parts, we can often split designs into sections that assemble together, or recommend design modifications.
Marine & Boat Parts
What material is best for boat parts?
PETG. It’s UV-resistant, water-resistant, and impact-resistant — ideal for harsh marine environments.
Will 3D printed parts hold up in saltwater?
PETG performs well in saltwater environments. For maximum durability, we recommend rinsing parts with freshwater after extended exposure.
Can you recreate discontinued boat parts?
Yes. If you have the original part (even broken), measurements, or photos, we can recreate it. Some parts may require CAD design services.
What boat parts do you commonly print?
Cup holders, rod holders, cable clips, instrument bezels, switch panels, mounting brackets, vent covers, and custom mounts.
Replacement Parts
Can you make a part if I don't have a 3D file?
Yes. For simple parts, we can work from measurements and photos. Complex parts may require CAD design services, which we can recommend.
What types of replacement parts do you print?
Appliance knobs, cabinet hardware, vent covers, switch plates, brackets, clips, handles, and equipment components.
Can you match the original color?
We stock common colors in PLA and PETG. If an exact match is needed, let us know and we’ll do our best to source it or recommend the closest option.
Is it cheaper to 3D print a replacement part or buy OEM?
For discontinued or hard-to-find parts, 3D printing is often faster and cheaper. For common parts still in production, OEM may be more economical.
Business Signage & Nameplates
What types of signage can you print?
Desk nameplates, door signs, address numbers, lobby letters, directional signs, and branded displays.
What colors are available for signage?
We stock a wide range of PLA colors including white, black, gray, blue, red, green, yellow, and metallic finishes. Contact us for specific color requests.
Can you print our company logo?
Yes. If you provide a vector file (SVG, AI, or high-resolution PNG), we can create 3D signage featuring your logo.
How do I mount 3D printed signs?
Most signs can be mounted with double-sided tape, command strips, or screws (we can add screw holes to the design). We’ll recommend the best option for your application.
Jigs & Fixtures
What is a jig or fixture?
A jig guides a tool (like a drill), while a fixture holds a workpiece in place. Both improve consistency, speed, and accuracy in manufacturing and assembly.
Are 3D printed jigs durable enough for production use?
Yes. PETG jigs hold up well under repeated use. For high-wear applications, we can recommend infill settings and orientations that maximize durability.
How fast can you produce a custom jig?
Most jigs are ready in 3-5 business days. Simple designs can often be completed faster.
Can you iterate on a jig design quickly?
Absolutely. That’s one of the biggest advantages of 3D printing — you can test a design, identify improvements, and have a revised version within days.
Short-Run Production
What quantities qualify as a short run?
Typically 10-300 identical units. For larger quantities, contact us for custom pricing.
How consistent are parts across a production run?
Very consistent. Each part is printed with the same settings, material, and quality inspection process.
Is 3D printing cheaper than injection molding for small batches?
Yes. Injection molding requires expensive tooling ($5,000-$50,000+). For runs under 500 units, 3D printing is usually more cost-effective.
Can I order a sample before committing to a full run?
Yes. We recommend ordering 1-2 samples first to confirm fit, finish, and function before placing a larger order.
Manufacturing Aids
What types of manufacturing aids can you print?
End-of-arm tooling, go/no-go gauges, assembly guides, sorting trays, protective covers, cable management, and quality control fixtures.
Can you print aids that contact sensitive surfaces?
Yes. We can use softer materials or design features that protect delicate parts during handling and assembly.
How much can I save compared to machined aids?
3D printed aids typically cost 50-80% less than machined alternatives, with turnaround times measured in days instead of weeks.
Do you work with manufacturing engineers on custom designs?
Yes. If you have a sketch or concept, we can discuss your requirements and recommend a design approach. For complex aids, we can refer you to CAD designers.
Custom Projects
What custom projects do you take on?
Hobby parts, cosplay props, art installations, home improvement items, custom gifts, and unique one-off creations.
Can you help me design something from scratch?
We can recommend CAD designers for custom work. For simple items, we may be able to help with basic modifications or measurements.
Is there anything you won't print?
Yes. We don’t print medical devices, weapons, aerospace parts, automotive safety components, or food-contact items. See our Terms of Sale for details.
How do I know if my idea can be 3D printed?
Contact us with a description, sketch, or reference image. We’ll let you know if it’s printable and provide guidance on design considerations.
Serving South Florida
Fast Local Turnaround
Local pickup available in Boynton Beach. We serve Palm Beach County, Broward County, Miami-Dade County, and Martin County. Shipping available anywhere in the US.
Cities We Serve
Boca Raton, Delray Beach, Boynton Beach, West Palm Beach, Jupiter, Palm Beach Gardens, Lake Worth, Fort Lauderdale, Pompano Beach, Coral Springs, Hollywood, Deerfield Beach, Miami, Stuart
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