RoPod chambers

RoPod 5

RoPod 5 model
RoPod 5 model

RoPod 5 in Prusa Slic3r
RoPod 5 in Prusa Slic3r

While generating g-code for the RoPod 5 and lid both must be positioned upside up on the plater

RoPod 5 g code generation
RoPod 5 g code generation

Positioning of glass during the print

RoPod 5 model
RoPod 5 model

1/5
  • Water tight lid

  • Channels for individual roots

  • Can accommodate up to 18 bio replicates

  • Arcs to guide agravitropically growing roots into their channels

RoPod 4

RoPod 4 model
RoPod 4 model

Positioning RoPod 4 on the plater
Positioning RoPod 4 on the plater

While generating g-code for the RoPod 4 chamber must be positioned upside up on the plater, while the lid should be flipped 180 degrees

RoPod 4 g-code generation
RoPod 4 g-code generation

A pause must be inserted while creating the g-code file to insert glass. Snapshot is showing the slice after the glass is added.

RoPod 4 model
RoPod 4 model

1/4
  • The lid is easy to remove and place back, for adding treatments during imaging

  • Channels for individual roots

  • Can accommodate up to 18 bio replicates

RoPod 3

RoPod 3 model
RoPod 3 model

Positioning RoPod 3 on the plater
Positioning RoPod 3 on the plater

While generating g-code for the RoPod 3 chamber must be positioned upside up on the plater, while the lid should be flipped 180 degrees

RoPod 3 slice after the glass is added
RoPod 3 slice after the glass is added

A pause must be inserted while creating the g-code file to insert glass. Snapshot is showing the slice after the glass is added.

RoPod 3 model
RoPod 3 model

1/4
  • The lid is easy to remove and place back, for adding treatments during imaging

  • 3 wells for growing different genotypes

  • Separators between wells are not watertight

RoPod 2

RoPod 2 model
RoPod 2 model

Positioning RoPod 2 on the plater
Positioning RoPod 2 on the plater

While generating g-code for the RoPod 2 chamber must be positioned upside up on the plater, while the lid should be flipped 180 degrees

RoPod 2 g-code generation
RoPod 2 g-code generation

A pause must be inserted while creating the g-code file to insert glass. Snapshot is showing the slice after the glass is added.

RoPod 2 model
RoPod 2 model

1/4
  • The lid is easy to remove and place back, for adding treatments during imaging

  • 2 wells for growing different genotypes

  • Separators between wells are not watertight

RoPod 1

RoPod 1 model
RoPod 1 model

RoPod 1 in Prusa Slic3r
RoPod 1 in Prusa Slic3r

While generating g-code for the RoPod 1 chamber must be positioned upside up on the plater, while the lid should be flipped 180 degrees

RoPod 1 g-code generation
RoPod 1 g-code generation

A pause must be inserted while creating the g-code file to insert glass. Snapshot is showing the slice after the glass is added.

RoPod 1 model
RoPod 1 model

1/4
  • The lid is easy to remove and place back, for adding treatments during imaging

  • 1 well with no separators, can be used to grow roots along the longer axis

  • Can be also used for mounting samples in a humid chamber instead of using a sample glass and cover slip