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Rapid Prototyping Technology

Total questions: 15

Worksheet time: 8mins

Name
Class
Date
1.

What is one advantage of liquid-based rapid prototyping systems?

a)

Smoothness of liquid surface in steady state

b)

Ability to solidify all types of materials

c)

No need for heat-sensitive epoxy resin

d)

Lack of curing process

2.

What is a limitation of liquid-based rapid prototyping systems?

a)

Requires UV laser for curing

b)

Limited to certain types of materials that can be solidified by UV light

c)

Produces poor surface finish

d)

Cannot use heat-sensitive epoxy resin

3.

What is the process called where liquid is converted into a solid state in liquid-based rapid prototyping systems?

a)

Solidification

b)

Curing

c)

Evaporation

d)

Melting

4.

Which of the following statements is TRUE about the curing method in SLA 3D printing?

a)

SLA always uses a laser spot to cure resin

b)

SLA only works with thermoplastic filaments

c)

SLA can use a digital light projector (DLP) instead of a laser

d)

SLA requires powder-based materials for curing

5.

What type of material is primarily used in the stereolithography process?

a)

Liquid resin

b)

Metal powder

c)

Thermoplastic filament

d)

Solid wood

6.

What is the working principle of the stereolithography process?

a)

Melting metal using heat to create a 3D object

b)

Solidifying a photosensitive resin using UV laser light layer-by-layer to develop a 3D object

c)

Using water to mold a 3D object

d)

Compressing materials to form a 3D object

7.

What type of material is used in the stereolithography process?

a)

Photocurable resin

b)

Thermoplastic polymer

c)

Metal alloy

d)

Ceramic powder

8.

What happens to the platform in the stereolithography process as each layer is formed?

a)

The platform moves up as each layer is formed.

b)

The platform remains stationary as each layer is formed.

c)

The platform is moved down as each layer is formed.

d)

The platform rotates as each layer is formed.

9.

What happens to the supports after the part is completed in the stereolithography process?

a)

They are hardened further

b)

They are broken off

c)

They are melted down

d)

They are reused for the next part

10.

What mechanism controls the UV laser to generate X-Y motion in the stereolithography process?

a)

Hydraulic system

b)

Galvanometer scanner

c)

Robotic arm

d)

Magnetic field generator

11.

What is required due to uncured regions in SLA parts during processing?

a)

Immediate use of the parts.

b)

Post-curing process.

c)

Reduction in resin costs.

d)

Elimination of laser curing.

12.

What must be done to address the process limitation of trapped liquid in RP processes?

a)

Use solid materials instead of liquid.

b)

Drain or clean the liquid after the build.

c)

Avoid creating hollow structures.

d)

Increase the temperature during the process.

13.

What is a major advantage of PolyJet technology?

a)

High-temperature metal printing

b)

Multi-material and full-color capability

c)

Low-cost filament usage

d)

No need for support structures

14.

Which material type is primarily used in PolyJet 3D printing?

a)

Powdered metal

b)

Thermoplastic filament

c)

Liquid photopolymer resin

d)

Ceramic slurry

15.

What is the core printing mechanism used in PolyJet technology?

a)

Laser sintering of powder

b)

Inkjet-style deposition of photopolymer

c)

Extrusion of thermoplastic filament

d)

Electron beam melting