HP Metal Jet Technology

What technology is used for printing 3D plastics in HP Metal Jet?

• Selective Laser Sintering

• Multi-Jet Fusion

• Fused Deposition Modeling

• Stereolithography

How many print heads are arranged across two print bars in the HP Metal Jet printer?

• Ten

• Eight

• Six

• Four

What is the grid size for printing HP binding agent on the powder bed in HP Metal Jet?

• 15 micron

• 40 micron

• 21 micron

• 30 micron

What is the first step in the printing process of HP Metal Jet?

• Curing the material

• Spreading a layer of metal powder

• Sintering the part

• Jetting the binding agent

What is the purpose of the energy source in the printing process of HP Metal Jet?

• To mix and sieve the recovered powder

• To remove the green part from the build unit

• To evaporate liquid components and cure the material

• To spread the metal powder

What is the final step after the printing and de-powdering processes in HP Metal Jet?

• Recovering the loose powder

• Loading the powder into the build unit for the next job

• Sintering the part

• Mixing and sieving the powder

What does HP Metal Jet technology produce in the sintered part compared to powder bed fusion?

• Lower cost

• Higher productivity

• More isotropic grain structure

• More uniform material properties

How much time is freed up from the workflow by HP Metal Jet technology compared to metal injection molding?

• Up to 20 hours

• Up to 15 hours

• Up to 25 hours

• Up to 10 hours

What does HP Metal Jet technology eliminate compared to metal injection molding?

• Sintering the part

• Mixing and sieving the powder

• De-binding process

• Curing the material

What does HP Metal Jet technology break through in existing 3D printing technologies from metals?

• Time and material constraints

• Cost and time constraints

• Productivity and quality constraints

• Quality and cost constraints