3D Printing Materials

PLA is not recommended for outdoor use. It will degrade when exposed to UV light and direct sunlight, and can deform in temperatures above 60°C. For outdoor applications, we recommend PETG, ABS, or Nylon which offer better weather resistance.

While PLA is made from food-safe materials (corn starch), standard 3D printed PLA is not recommended for direct food contact due to the porous surface that can harbor bacteria. For food-contact applications, we recommend PETG which can be finished with a food-safe coating.

PLA is excellent for decorative items, display models, and low-stress applications. It's biodegradable and eco-friendly, making it perfect for prototypes and decorative pieces. However, it's not ideal for functional parts that will experience mechanical stress or impact.

Absolutely! PLA is one of the best materials for painting. Its smooth surface accepts primer and paint beautifully. Simply sand lightly with fine sandpaper, apply a plastic primer, then paint with acrylics or spray paint for professional results.

PLA maintains its shape up to approximately 60°C (140°F). Above this temperature, it may start to soften and deform. This makes it unsuitable for applications involving hot water, car interiors, or direct sunlight. For heat-resistant parts, consider ABS or Nylon.

Keep your PLA print away from direct sunlight and heat sources. Store it indoors in a cool, dry place. Clean with mild soap and water if needed. Avoid leaving it in hot environments like car dashboards or windowsills to prevent warping.

ABS has moderate UV resistance and performs better outdoors than PLA due to its higher heat resistance (up to 95°C). However, it will degrade over time when exposed to direct sunlight. For long-term outdoor use, we recommend PETG or Nylon which offer superior weather resistance.

ABS is significantly more impact-resistant and heat-resistant than PLA. It's the professional choice for functional parts, automotive components, and items that need to withstand mechanical stress. ABS also has better chemical resistance, making it ideal for industrial applications.

Absolutely! ABS is specifically designed for functional applications. Its high impact resistance and durability make it perfect for tool handles, enclosures, automotive parts, and mechanical components. It's the same material used in LEGO bricks and many consumer products.

ABS maintains its shape and strength up to approximately 95-105°C (203-221°F). This makes it suitable for parts exposed to hot water, automotive interiors, electronics enclosures, and other applications where heat resistance is important. It won't deform on a car dashboard like PLA would.

Yes! ABS accepts paint well and can also be smoothed for a glossy, professional finish using acetone vapor treatment. This creates a seamless, injection-molded appearance. For painting, use plastic primer followed by acrylic or spray paint.

No, ABS is not food-safe and should not be used for items in direct contact with food or beverages. It can leach chemicals and the porous nature of 3D prints allows bacterial growth. For food-contact applications, we recommend PETG instead.

PETG combines the best qualities of PLA and ABS: easy to work with like PLA, but strong and durable like ABS. It offers superior UV resistance, excellent layer adhesion, and is FDA approved for food contact. It's perfect for both indoor and outdoor applications where you need strength and weather resistance.

Yes! PETG is FDA approved for food contact, making it suitable for items like cookie cutters, containers, and kitchen accessories. However, for items with prolonged food contact, we can apply a food-safe epoxy coating to create a smoother, more hygienic surface.

Absolutely! PETG is one of the best materials for outdoor use. It has excellent UV resistance, won't degrade in sunlight like PLA, and resists moisture and chemicals. It maintains its strength in varying temperatures, making it perfect for outdoor enclosures, garden accessories, and weatherproof parts.

PETG is highly durable with excellent impact resistance. It's stronger and more flexible than PLA, with better layer adhesion that prevents parts from breaking along layer lines. For mechanical parts under stress or items that need to withstand drops and impacts, PETG is an excellent choice.

Yes! While PETG has a naturally glossy surface, it can be painted. The surface should be lightly sanded, cleaned, and primed before painting. Use plastic primer followed by acrylic or spray paint for best results. The smooth finish also makes PETG great for transparent or translucent prints.

PETG scratches more easily than ABS or Nylon, so it's not ideal for high-wear surfaces that will be rubbed frequently. It's also slightly more expensive than PLA. However, for most applications requiring durability and weather resistance, PETG's benefits far outweigh these minor drawbacks.

Resin printing delivers exceptional detail impossible with filament-based printing. With layer heights as fine as 25 microns, resin creates ultra-smooth surfaces perfect for miniatures, jewelry, dental models, and any project requiring intricate details. The surface quality is so good that layer lines are virtually invisible.

Resin prints have significantly higher detail and smoother surfaces than filament prints. You can see individual fingers on a 28mm miniature, crisp text as small as 1mm, and intricate patterns that would be impossible with filament. Resin is the professional choice for jewelry, dental models, and high-detail display pieces.

Standard resin is not recommended for outdoor use as it will become brittle and yellow when exposed to UV light. For outdoor applications, we can use specialized UV-resistant resins or apply a protective coating. Resin truly excels for indoor decorative items, miniatures, and display models.

Absolutely! Resin prints are ideal for painting. Your print arrives fully cured and ready to paint. Simply prime with acrylic or plastic primer, then paint with acrylic paints. The ultra-smooth surface and fine details make resin perfect for miniature painting and custom models.

Standard resin is more brittle than filament materials like PLA or ABS. While perfect for display pieces and miniatures, resin prints can break if dropped or subjected to impact. For functional parts requiring flexibility or impact resistance, we recommend materials like PETG or Nylon instead.

Resin excels at miniatures, jewelry, dental/medical models, detailed prototypes, figurines, and any project where surface quality and fine details are paramount. If you need to see tiny text, intricate patterns, or smooth curves, resin is the best choice. For larger functional parts, filament materials may be more suitable.

Nylon is the strongest, most durable material we offer. It combines exceptional tensile strength with flexibility, making it perfect for functional parts that need to withstand mechanical stress. If your part needs to be tough, wear-resistant, and long-lasting, nylon is the best choice.

Nylon has the highest strength-to-weight ratio of all our materials. It's significantly stronger than PLA, ABS, or PETG, with excellent impact resistance and the ability to flex without breaking. It's the industrial standard for gears, hinges, functional prototypes, and mechanical components.

Yes! Nylon is excellent for outdoor use with superior UV resistance, weather resistance, and temperature tolerance (-40°C to 100°C). It's commonly used for functional outdoor parts, mechanical components, and industrial applications. It won't degrade in sunlight and can handle extreme temperature variations.

Absolutely! Nylon is specifically designed for mechanical applications. Its excellent wear resistance, low friction coefficient, and high strength make it perfect for gears, hinges, clips, and any parts with moving components. It can handle thousands of cycles without degrading.

Yes! Natural (white) nylon can be custom-dyed using fabric dyes, allowing for unique colors and even gradient effects. This makes nylon versatile for both functional and aesthetic applications. Nylon can also be painted, though dyeing provides better color penetration.

Nylon maintains its strength and shape up to 100°C (212°F) continuously, with short-term resistance up to 120°C+. This makes it ideal for automotive parts, engine components, hot water applications, and industrial uses where heat resistance is critical. It significantly outperforms PLA, ABS, and PETG in high-temperature environments.

TPU is rubber-like and highly flexible. It can be stretched 300-600% without permanent deformation and returns to its original shape. Think of it like a high-quality rubber band or silicone - perfect for phone cases, gaskets, seals, and wearable items that need to bend and flex repeatedly.

TPU excels at flexible parts, phone cases, protective bumpers, gaskets, seals, shoe insoles, watch bands, and any application requiring elasticity and shock absorption. Its rubber-like properties make it perfect for parts that need to grip, cushion, or flex during use.

Absolutely! TPU has excellent weather resistance with superior UV stability and temperature tolerance (-40°C to 80°C). It resists oils, greases, and many chemicals. TPU is perfect for outdoor seals, protective covers, weatherproof enclosures, and parts exposed to the elements.

TPU is extremely durable with exceptional abrasion resistance, tear resistance, and impact resistance. It outlasts most rigid materials in high-wear applications. TPU phone cases can withstand years of daily drops and impacts, and gaskets maintain their seal through thousands of compression cycles.

Customizing TPU is challenging because most paints crack when the material flexes. For best results, choose your desired color during ordering. If you need custom colors, flexible fabric paints or vinyl paints can work, but the color selection during production provides the best durability.

TPU provides shock absorption, vibration dampening, and grip that rigid materials can't match. It's perfect for protective cases, cushioning, wearables, and seals. While rigid materials like ABS or Nylon are strong, TPU's flexibility allows it to absorb impacts and compress repeatedly without breaking or losing shape.