LB Technical specifications

  Small Medium Liquid-Liquid Medium Large Liquid-Liquid High Compression High Compression Alternate

Surface area (cm2)

 98 273 269(197*) 841 580(423*) 587 586 (x2**)

Trough top inner dimensions
(L x W x H mm)

 195 x 50 x 4 364 x 75 x 4 364 x 74 x 7
(364 x 54 x
10*)		 580 x 145 x 4 784 x 74 x 7
(784 x 54 x 10*)		 782 x 75 x 5 782 x 75 x 5
(x2**)

Maximum compression ratio

 5.2 10.8 10.8 18 24.7 24.7 3.9

 Barrier speed (mm/min)

 0.1...270 0.1...270 0.1...270 0.1...270 0.1...270 0.1...270 0.1...270

Balance measuring range (mN/m)

 0...300 0...300 0...300 0...300 0...300 0...300 0...300

Maximum balance load (g)

 1 1 1 1 1 1 1

Balance resolution (μN/m)

 0.1 0.1 0.1 0.1 0.1 0.1 0.1

Langmuir trough top

     •     •       -      •     •      •      -

Total subphase volume (mL)

 39 109       - 336 406 (212*) 293      -

Langmuir-Blodgett trough top

      •      •      •      •        -        -      •

Total subphase volume (mL)

 57 176 450 578        -        - 1400

Dipping well dimensions

(L x W x H mm)

 20 x 30 x 30 20 x 56 x 60 20 x 54 x 60 20 x 110 x
110		        -        - Half a circle,
radius 75; depth 74

Maximum sample size

(T x W x H mm)

 3 x 26 x 26
(1 inch)		 3 x52 x56
(2 inches)		 3 x 50 x 56 3 x 106 x 106
(4 inches)		        -        - 3 x 30 x 50 (min height 30 mm)

Dipping speed (mm/min)

 0.1…108 0.1…108 0.1…108 0.1…108        -        - 0.1…108

Upright microscopy trough

top

      •        -        -        -        -        -        -

Inverted microscopy trough

top

        -      •        -        -        -        -        -

Ribbon barrier trough top

        -      •        -        -        -        -        -

Compatible with

              

KSV NIMA PM-IRRAS

        •      •        -      •        -      •        -

KSV NIMA ISR

        -      -        -      -        •      •        -

KSV NIMA MicroBAM

        -      •        -      •        -      •        •

KSV NIMA SPOT

        -      •        •          •        -      •        -

1 The Liquid-Liquid Trough is deeper than a standard trough as this allows for the two liquid phases. The value in the brackets corresponds to confinement of the lower phase (other value for the upper phase).
2 The Alternate-Layer Deposition Trough is made of two separated compartments for creation of two monolayers simultaneously.
3 All trough tops labeled with the same frame name can be placed on the same frame, for modularity.
4 Need extension part for the serial port connections

langmuir-langmuirblodgett-troughs.png