Material Information
Design
Guidelines
Versatile Plastic
Also known as Strong and Flexible, Nylon Plastic, PA12, Polyamide
Colors
About Versatile Plastic
Versatile Plastic is a durable nylon plastic that can be used for a wide range of applications, both for prototyping and for end products. Printed using Selective Laser Sintering (SLS), when thin, it's flexible enough for hinges and springs and when thick, it's strong enough for structural components. Try the Premium finish for a higher quality look and feel.
Common Applications
Cases, mechanical parts, prosthetics, fixtures, tech accessories, art home decor, jewelry, prototypes, figurines
Handling and Care
Dishwasher Safe
Heatproof to 163C/325F
Skin-Friendly
Good Chemical Resistance
High Strength & Stiffness applications
Skin contact applications
Thin features and interlocking parts
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Frequently Asked Questions
What colors and finishes are available for this material?
Natural: This finish has a slightly rough surface and a matte finish
Processed: This finish removes some material to create a smoother surface
Premium: This finish is our smoothest finish with a semi-glossy surface and good scratch resistance
Colors: Versatile Plastic is naturally white. We also offer Black, Pink, Red, Orange, Yellow, Green, Blue, and Purple. Colors other than White are dyed and will wear through over time with handling.
How long will it take before I receive a model in this material?
Production time depends on the model size and chosen finish, but usually product ship between 4 to 6 business days. If you need your product faster, try our Rush service available in checkout. The shipping time depends on your location.
How is this material made?
To 3D print in this material, we start with a bed of Nylon powder and sinter the powder with a laser layer by layer, solidifying the powder as we go. Because of this layer by layer process, some products may see a staircase effect. The process is called Selective Laser Sintering.
How can I finish (smooth and dye) the material myself?
It is possible to finish your product yourself for a more customized look. You can smooth, dye and even coat your products at home. Sandpaper with different grit sizes is recommended to smooth your surface. To create an even smoother surface, try combining sandpaper with a primer. To dye your product yourself, see the following tutorial.
Technical Documents
More Materials
Professional Smooth Finish
High Strength & Durability
Watertight
Applications
Cases & Mounts
Mechanical Parts
Eyewear
Technology
Multi-Jet Fusion
Good Strength
Many Colors Available
High Density
Applications
Tools & Accessories
Home Decor
Art
Technology
Binder Jetting
- Bounding Box
- Wall Thickness
- Wires
- Surface Details
- Escape Holes
- Clearance
- Sprues
- Interlocking Parts
- Multiple Parts
- Accuracy
- Design Tips
BOUNDING BOX
Maximum
650 ×350 × 550 mm (Natural White)
230 × 180 × 320 mm (Natural Black)
200 × 150 × 150 mm (Processed & Premium)
mm
230 × 180 × 320 mm (Natural Black)
200 × 150 × 150 mm (Processed & Premium)
mm
Minimum
X + Y + Z ≥ 7.5 mm (Natural)
X + Y + Z ≥ 25.0 mm and axes must be ≥ 2.5 mm (Processed & Premium)
X + Y + Z ≥ 25.0 mm and axes must be ≥ 2.5 mm (Processed & Premium)
Your model should be the minimum and maximum bounding box sizes. The maximum bounding box represents the largest model that that we can manufacture. The minimum bounding box size is the smallest dimension in which we can manufacture in this material.
WALL THICKNESS
Minimum Supported Wall Thickness
0.7 mm
Minimum Unsupported Wall Thickness
0.7 mm
A supported wall is connected on two or more sides. An unsupported wall is one connected to other walls on less than two sides. Walls in your model should be thicker than or equal to the minimum measurements suggested to ensure your model makes it through printing and cleaning. Walls that are too thin are prone to warping in the printing processing, or may break when we remove it from the printer and clean it. Walls and wires close to or slightly above the guidelines may still be rejected based on the geometry. For example, extra long wires or walls protruding from an object may be damaged during cleaning. Our production team will communicate with you if the design is too weak with tips on how to strengthen it.
WIRES
Minimum Supported Wires
0.8 mm (Natural)
0.9 mm (Processed and Premium)
0.9 mm (Processed and Premium)
Minimum Unsupported Wires
1.0 mm
A geometry considered a wire when its thinner in both unconnected directions than its length. When a geometry is thicker than 0.9 mm in one direction, it will fall under the wall guidelines. Wires that are under our suggested minimums are prone to breaking in the cleaning process, or warping.
SURFACE DETAILS
Min embossed detail
0.2 mm high & wide
0.5 mm for readable text
0.5 mm for readable text
Min engraved detail
0.2 mm high & wide
0.5 mm for readable text
0.5 mm for readable text
We recommend these minimum measurements for details like embossing or engraving, based off of printer resolution.
Although 0.2mm details will show up in this material, we find that text raised at least 0.5 mm shows up most clearly. If you want crisper text or embossed details, try bumping the thickness up to 0.5 mm.
ESCAPE HOLES
Single Escape Hole Diameter
4.0 mm
Multiple Escape Hole Diameter
2.0 mm
Pressurized air is used to blast excess powder from models that are hollow, or contain hollow cavities. In order for us to safely do this, escape holes need to be larger than 4.0 mm in diameter. For models larger than 50.00 mm³ we require two or more escape holes at least 2.00 mm in diameter.
A single escape hole at the end of a cavity will not allow material in the corners near the escape hole to fully escape. So we recommend multiple escape holes at both ends of the cavity.
CLEARANCE
0.5 mm
Clearance is the space between an two parts, e.g. space between gears or a ball and socket joint.
SPRUES
2 mm thick, attached in at least 2 places per part
Sprues are wires that keep two models together. Sprues are more likely to break compared to other wires because they typically connect parts with high mass on either side. For this reason, they need to be thicker than our minimum wire thickness.
INTERLOCKING AND ENCLOSED PARTS ?
Yes.
Versatile Plastic is printed with an SLS process that uses a laser to fuse together nylon powder. This enables interlocking parts, as long as the distance between them is greater than the indicated minimum.
MULTIPLE PARTS ?
Up to 250.
ACCURACY
±0.15 mm + 0.15% of the longest axis
For example: a product with dimensions of 50x50x100 mm can be 0.15 mm + 0.0015*100 mm = 0.3 mm bigger or smaller in any direction.
DESIGN TIPS
Print lines or "Stepping"
A "staircase" effect, or print lines, can occur on the surface of your print. These can become more pronounced on curved and angled surfaces.
Preventing Warping
Making your design more stiff (increasing torsional rigidity) will reduce the risk of warping. Longer walls need to be thicker than short ones.
Avoid "Spikes"
If your model has spike-like geometry where the spike is longer than it is wide, it’s possible for it to break in the cleaning process.
Color
Due to the inherent variability of the dyeing process, color may vary slightly between products. Avoid contact with water as it could wash off some of the color.
Orientation
Our production team does their best to evaluate your product and orient it to optimize either dimensionally accuracy or aesthetics depending on the application. Generally, the top surface will have more visible stepping than the bottom surface. The mating surface and other important features like holes are the most accurate when placed in the horizontal plane.
Holes & Small Holes
We cannot clean holes that are too small compared to their depth. Additionally, tubes with corners can be difficult to reach and we may not be able to fully clean your model.
We recommend creating multiple access points to holes and small tubes so that we can properly clean your model.
Laser Lines
Our printers operate with two lasers at the same time. If a product in the printer is located in the overlap plane where the two lasers meet, miniscule calibration differences between the lasers may create a visible line on the surface of the product. We aim to arrange products in the printer away from the overlap plane. However, products larger than 33cm long in any direction may be too large to fit in one laser's area, so you may see a visible line along the overlap plane on your product.
