Multi Jet Fusion is a type of 3D printing technology with using powder. It is perfect for prototypes and full-scale production and ensures low-cost products. MJF makes small batches much cheaper than products made using molds.
The 3D printer techniques, and in particular MJF, help to create durable parts and obtain batch-production quality without molds. It does not need support materials, so the products are easier to design and process.
Makerly carefully checks the quality of every printed part. Customers receive the parts of the required dimensions and assemblability.
People choose Multi Jet Fusion for quality and detail
Durable and reliable products
Finished parts neither crack under load nor change their properties under the influence of ultraviolet radiation. The technology is used even in the aerospace industry.
Batch-production quality without molds
Multi Jet Fusion is the main competitor to injection molding. Timeframes are reduced from months to days: the technology allows you to print hundreds or even thousands of parts at the same time. No alternative technology can provide such precisely finished products as with MJF printing.
No support materials
MJF printers print without support materials. This helps to create complex structures and time for 3D modeling and post-processing of parts.
1,200 DPI detailing and 100-micron tolerances
Our printer prints with a 1,200 DPI horizontal resolution and an 80-micron layer thickness. We provide a tolerance grade of 13 and tolerance limits from 0.14 to 0.54 mm.
Materials
Material: PA 12 polyamide
We use PA 12 polyamide powder for printing. It is manufactured by Hewlett Packard.
Polyamide is stronger than ABS and photopolymers. While ABS plastic melts at +105°C, PA 12 does at +187°C.
The material is resistant to ultraviolet light, lubricants, petrol, and alkaline environments. Finished products made of PA 12 hardly absorb water and retain their durability even if they are used outdoors for a long time.
Polyamide is non-flammable, contains neither heavy metals, nor phthalates, nor bisphenol-A. Even toys are printed from it.
3D printing from thermoplastic polyurethane is an innovative approach to creating durable and flexible objects with high printing accuracy. The material has unique properties suitable for functional prototypes and parts under mechanical stress. 3D printing with TPU provides highly detailed and malleable products, expanding the possibilities for creating complex shapes and structures. Parts printed with thermoplastic polyurethane are resistant to moisture and chemical compounds.
The material’s properties allow it to be used in the automobile, footwear, and textile industries, electronics, and medicine.
PA 12 S is a polyamide powder optimized for additive manufacturing of complex geometries with exceptionally smooth surfaces, high dimensional stability, and consistent quality from batch to batch. Thanks to the combination of precision, strength, and surface cleanliness, the material is used in industries where reliability and aesthetics of parts are critical.
PA 12 S outperforms ABS and photopolymers in mechanical properties: parts withstand vibrations, impacts, and cyclic loads, and due to their dense, almost monolithic structure, they do not delaminate even under stress. The material does not absorb moisture and is suitable for printing sealed products, retains its properties under ultraviolet exposure, and is resistant to contact with oils, fuels, and alkaline environments.
It is certified for biocompatibility and fire safety standards in Europe and the USA, contains no phthalates, bisphenol-A, or heavy metals, and is therefore suitable not only for industry but also for medical applications and even toys.
HP PA 12 W is a high-density thermoplastic with excellent mechanical properties and a strong part structure. Its white color is easily dyeable, coatable, and suitable for various finishing processes, making it ideal for creating parts with precise aesthetic and functional requirements.
The material enables stable additive manufacturing of complex geometries with predictable quality from batch to batch. Parts demonstrate high strength, durability, and smooth surface finish, which is particularly important in industries where reliability, appearance, and dimensional accuracy are critical.
HP PA 12 W is widely used in industry, healthcare, automotive, and aerospace production — wherever versatility, quality, and post-processing readiness are essential.
2. The printer applies the bonding material selectively.
3. The heating element fuses the layer with infrared light.
4. The layer hardens, and the process is repeated.
The technology is five times more profitable than injection molding in small batches
Injection molding and molds are not suitable when you need to produce only a small amount of products. 3D printing solves this problem. Take for example a Bluetooth transmitter case, the device that Infomir released in early 2020.
We create parts in small batches for customers at a price close to that of batch-production.
Case
Dimension:
40 × 40 × 10 mm
Amout:
With a circulation of 1,000 units, a printed case is five times cheaper than a molded one.
You can use a calculator to figure out how much it will cost you to print your 3D model:
Without additional processing, the details have a gray, rough surface. Therefore, the products can be painted black after printing. This is an inexpensive and fast way to get parts with a quality finish.
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