3D Printing Service

Competitive and affordable 3D printing services that bring your ideas to life. Upload your 3D model, receive a price quote instantly and let us take care of printing and shipping your products. The easiest way to source high-quality 3D printed prototypes and production parts.

How It Works

Upload your File

Follow the prompts of the tool below to quickly view the cost of your part.

Place your Order

Review the available print settings and select your material type to customize your oder.

Receive your Order

After your order is placed, an email order confirmation and tracking info will be sent

Choosing the Right Settings

Layer Height

The thickness of each layer of deposited material is called the "layer height". Different layer heights affect the time it takes a 3D print to finish and different layer heights are appropriate for different 3D models. Models without fine surface details do not benefit from smaller layer heights, so printing them at a larger layer height (closer to 0.4 mm) reduces print time without sacrificing strength or quality. Smaller layer heights (closer to 0.2mm) are only recommended for prints which require better surface finishes.

Layer Height - 0.08mm

Layer Height - 0.28mm

Infill

Infill refers to the internal structure of a 3D printed part. This internal structure can be produced using many different shapes. The purpose of infill is to optimize part weight, strength, and printing time. For parts that will not see any significant mechanical load, an infill percentage of 15-20% is usually sufficient. Please note that the geometry of the part may require a different infill percentage. For example, a horizontal surface may need a denser infill percentage to ensure that the top layer does not sag due to a lack of support.

Infill Percentage: 15%

Infill Percentage: 85%

Supports

As a reminder, the 3D printing manufacturing process involves printing parts layer by layer, so in most cases there needs to be a previous layer to build on. Depending on the complexity of your 3D model, you may need to produce your part with support structures enabled. With FDM printing, each layer is printed slightly offset from its previous layer, allowing a model to be built up to angles of 45 degrees. This allows prints to expand beyond the width of preceding layers of filament. When a part contains an overhang beyond 45 degrees, it can sag enough to potentially ruin the print. This would be a case when you need support structures.

Supports Disabled

Supports Enabled