MultiJet Printing (MJP)
Extreme High Resolution Plastic Parts

3D Printing (3DP)

3D Printing using ProJet MultiJet Printing (MJP) is your ideal choice for hard plastic or cast-friendly wax parts in a wide variety of applications ranging from realistic concept models  to final part manufacturing.  MJM parts are precise and ultra detailed enabling you to create your designs with confidence.

MJP parts enables you to eliminate expensive tooling cost and drastically reduce your time and cost of your product development or production.

At Agile Manufacturing, we use state-of-the-art ultra high definition, ProJet printers, a global leader in three dimensional office and desktop solutions. Choose from a selection of materials and processes and get beautiful, ready-to-use, quality parts today.

MJP parts key benefits include:

  • Superior surface smoothness and fine feature detail without support scaring
  • True to design exceptional internal geometry
  • Fast, durable hard plastic parts
  • Castable patterns
  • 100% Real Wax precision high-definition patterns for direct investment casting applications
  • Multiple finishing options


MJP parts are precise and detailed and provide outstanding prototypes and concept models for a wide range of applications. MJP parts are primarily used by MCAD users for early, fast and economical design verification and communication in industrial and mechanical design, technical and artistic design education, electrical engineer applications, packaging engineering, medical, dental, art and hobbyist applications, entertainment and gaming, musical instruments, and many others.

The Technology

An additive layer-by-layer process, 3D Printing (MJP) technology uses thermoplastic material deposited in layers on a platform.


ProJet MJP Printers

Based on 3D Systems’ proprietary and proven MJP technology, Agile operates the latest fleet of ultra high definition 3D Printers, delivering plastic and wax parts with unmatched part quality each and every time.

The family of ProJet 3D Printers consistently build ready-to-use parts using a variety of material options. Its high throughput and large build volume with unique part stacking and nesting capabilities  enable extended unattended operation ideal for overnight and weekend production runs.