Additive Companion
Sign inJoin Free

Technologies

Understand additive manufacturing's categories, technologies, materials, post-processes and terminology.

7Printer Categories
36Printer Technologies
677Materials

Printer Categories

AM's 7 printer category types.

The American Society for Testing and Materials International (ASTM) have defined the seven categories of Additive Manufacturing into which all of the different types fit. These are the recognised industry standard printer category classifications.

Glossary of AM Terms & AcronymsEvery additive manufacturing term and acronym in one place, grouped and searchable.
Browse the glossary →

Sheet Lamination

Sheet lamination is an AM process where thin sheets of material (usually supplied via a system of feed rollers) are bonded together layer-by-layer to form a single piece that is then cut out into a 3D object.

3 technologies

Sheet Lamination

CBAM

Composite Based Additive Manufacturing

CBAM parts are built by stacking sheets which are infiltrated and spread with material.

Sheet Lamination

LOM

Laminated Object Manufacturing

Bonds sheet material layer by layer and cuts each layer to shape, keeping material cost low.

Sheet Lamination

UAM

Ultrasonic Additive Manufacturing

UAM parts are built within a build chamber.

Advantages

  • Sheet Lamination requires little to no pre-production, offers fast print times and relatively low cost.
  • Easy material handling.
  • No support structures required.
  • Ability to integrate into a hybrid manufacturing system.
  • Some cut materials can be recycled easily

Disadvantages

  • Parts with complex geometry are not possible to achieve.
  • Parts with internal voids and cavities are difficult to produce.
  • Some bonding methods deteriorate over time, so the process might not be suitable for parts that will be used for long periods.
  • It can generate a lot of material waste if the part is significantly smaller than the sheet size or build area.
  • It can require time-consuming post-processing.
  • Choices are limited to materials that are available in sheet form.
  • Layer height is dependent upon the sheet thickness.

AM Environments

Like any machinery, it is important that it and any ancillary equipment are installed, operated and maintained in the appropriate environment.

These printer technologies can be used in a domestic or office environment.

Users still need to take care when handling materials, ensure good ventilation in the operating area and beware of hot components:

Material Extrusion

FFF (Desktop)

Fused Filament Fabrication

FFF (Desktop) parts are built on a build plate surface.