a:2:{s:9:"oldRecord";a:1:{s:8:"bodytext";s:5239:"<h2>Electronic tilting base unit TBU 90E</h2>
The tilting base unit, TBU 90E, is an important instrument extension for the analysis of hydrophobic materials. It allows the measurement of the advancing and receding contact angle, the rolling angle and the contact angle hysteresis of sessile drops while maintaining a constant visual plane (optics / sample). In conjunction with the SCA software; it facilitates the fully automated execution of rolling angle experiments up to a tilt angle of 90Ã°and at freely adjustable tilt speed of 0.03 to 2.8 Ã°/s.
<h2>Manual tilting base assemblies TBA 60M</h2>
To measure advancing and receding contact angles, as well as the contact angle hysteresis of sessile drops, with a tilting range of 0 to 70Ã°.&nbsp;
<h2>Electronic turn table with vacuum fixation ETT/VAC</h2>
For the mapping of wafers or for the automatic analysis of the surface free energy of flat samples such as paint test plates or optical lenses. The ETT/VAC can be equipped with any of a range of different top plates. The fixation of the samples on the top plates is achieved by the application of a vacuum, connected to the turn table. Below a selection out of the wide range of top plates:
<ul><li><strong>WTP 6/VAC</strong>&nbsp; for 6&quot; Wafer.</li><li><strong>WTP 8/VAC</strong>&nbsp; for 8&quot; Wafer</li><li><strong>WTP 12/VAC</strong>&nbsp; for 12&quot; Wafer.</li><li><strong>STP 76-26-8</strong>&nbsp;for 8 samples with 76x26x2 mm.</li><li><strong>STP 127x85-2</strong>&nbsp;for 2 samples with 127x85 mm.</li><li><strong>STP 130x100-4</strong>&nbsp;for 4 samples with61x46x0.6 mm.</li><li><strong>STP 200-5</strong>&nbsp;for 5 convex and planar lenses.</li></ul>

<h2>Manual turn table MTT</h2>
For the optional mounting of 2&quot;-, 3&quot;-, 4&quot;-, 5&quot;-, 6&quot;-, 8&quot;,-&nbsp; 12&quot;-wafer top plates (<b>WTP xxM</b>)&nbsp; or customer specific sample top plate (<b>STP xxxM</b>&nbsp;or&nbsp;<b>SQT xxxM</b>).
<h2>Film and paperholder FSH 30 and FSC 80/150</h2>
<ul><li><strong>FSH 30</strong>&nbsp;special holder, made of delrin, for the contact angle measurement on thin films. Consisting of&nbsp; base (outer-Ã¸=30 mm) and three rings (inner-Ã¸= 30.0 / 30.1 / 30.2 mm).</li><li><strong>FSC 80</strong>&nbsp;special holder for the contact angle measurement on thin films or paper;&nbsp;<br />Maximum sample size 80 x 80 x 3 mm.</li><li></li></ul>
<h2>Holder for single fibres FHO 40plus</h2>
Holder for Single Fibres. Unconstrained by degree of fibre thickness, adjustable to match fibres length and apply required tension.- min. fibre length 25 mm, measurable fibre length 70 mm.
- adjustable X- and Z-Axis.

Consisting of base plate and adjustable fibre fixation.FHM 100
<h2>Film or foil sample stage FHM 100</h2>
Special sample stage with curvature for instruments of the OCA series for a convenient fixation of films or foils by magnet bars.<br />Size: 100 x 100 mm
<h2>Suction plate SP 100</h2>
For holding thin flexible samples flat against the stage surface, with adjustable suction area and fitting for vacuum pump.<br />Size: 100 x 100 mm
<h2>Sample vessels SVL xx and test piecesTPL xx</h2>
Test pieces for use with the lamella method:
<ul><li><strong>TPL - 3.0</strong>&nbsp; sphere-Ã¸ = 3.0 mm.</li><li><strong>TPL - 3.5</strong>&nbsp; sphere-Ã¸ = 3.5 mm.</li><li><strong>TPL - 4.0</strong>&nbsp; sphere-Ã¸ = 4.0 mm.</li></ul>
&nbsp;<br />Sample vessel for use with the lamella method:
<ul><li><strong>SVL 12/30</strong>&nbsp;height = 12, inner-Ã¸= 30 mm.</li><li><strong>SVL 12/50</strong>&nbsp;height = 12, inner-Ã¸= 50 mm.</li><li><strong>SVL 12/70</strong>&nbsp;height= 12, inner-Ã¸= 70 mm.</li><li><strong>SVL 24/30</strong>&nbsp;height= 24, inner-Ã¸= 30 mm.</li></ul>
<h2>Glass cell GC xx</h2>
Glass cell (cuvette) made of special optical glass for measuring the interfacial tension between two fluids according to the Pendant Drop method or the contact angle of a fluid drop or a gas bubble in a fluid (e.g. Schultz method) ; up to 70Ã° C.<br />Also available in 'high' temperature version (GC xxHT) and made of Quatrz glass (GC xxQ); 70 to 350Ã° C.
<ul><li><strong>GC 10</strong>&nbsp;glass cell 20 x 20 x 20 mm.</li><li><strong>GC 20</strong>&nbsp;glass cell 20 x 40 x 20 mm.</li><li><strong>GC 40</strong>&nbsp;glass cell 40x 40 x 40 mm.</li><li><strong>GC 60</strong>&nbsp;glass cell 60x 60 x 40 mm.</li></ul>
<h2>Contact lens support CL 20</h2>
Contact lens support for the measurement of captive bubble contact angles on soft and hard contact lenses in liquids. Used in combination with captive bubble equipment (glass cell GC 20, needle SNC 052/026).
<h2>Soft contact lens support SCL 21</h2>
Holder for soft contact lenses with adjustable inlet pieces with 3 different radii of curvature to attach the contact lens without deformation of the shape. Used in combination with captive bubble equipment (glass cell GC 20, needle SNC 052/026).
<h2>Sample holder for captive bubble measurements SHC 20</h2>
Holder for flat samples, prior to measurement by the captive bubble method, when deformation of sample might otherwise be a problem when submerged. Used in combination with captive bubble equipment (glass cell GC 20, needle SNC 052/026).";}s:9:"newRecord";a:1:{s:8:"bodytext";s:5228:"<h2>Electronic tilting base unit TBU 90E</h2>
The tilting base unit, TBU 90E, is an important instrument extension for the analysis of hydrophobic materials. It allows the measurement of the advancing and receding contact angle, the rolling angle and the contact angle hysteresis of sessile drops while maintaining a constant visual plane (optics / sample). In conjunction with the SCA software; it facilitates the fully automated execution of rolling angle experiments up to a tilt angle of 90Ã°and at freely adjustable tilt speed of 0.03 to 2.8 Ã°/s.
<h2>Manual tilting base assemblies TBA 60M</h2>
To measure advancing and receding contact angles, as well as the contact angle hysteresis of sessile drops, with a tilting range of 0 to 70Ã°.&nbsp;
<h2>Electronic turn table with vacuum fixation ETT/VAC</h2>
For the mapping of wafers or for the automatic analysis of the surface free energy of flat samples such as paint test plates or optical lenses. The ETT/VAC can be equipped with any of a range of different top plates. The fixation of the samples on the top plates is achieved by the application of a vacuum, connected to the turn table. Below a selection out of the wide range of top plates:
<ul><li><strong>WTP 6/VAC</strong>&nbsp; for 6&quot; Wafer.</li><li><strong>WTP 8/VAC</strong>&nbsp; for 8&quot; Wafer</li><li><strong>WTP 12/VAC</strong>&nbsp; for 12&quot; Wafer.</li><li><strong>STP 76-26-8</strong>&nbsp;for 8 samples with 76x26x2 mm.</li><li><strong>STP 127x85-2</strong>&nbsp;for 2 samples with 127x85 mm.</li><li><strong>STP 130x100-4</strong>&nbsp;for 4 samples with61x46x0.6 mm.</li><li><strong>STP 200-5</strong>&nbsp;for 5 convex and planar lenses.</li></ul>

<h2>Manual turn table MTT</h2>
For the optional mounting of 2&quot;-, 3&quot;-, 4&quot;-, 5&quot;-, 6&quot;-, 8&quot;,-&nbsp; 12&quot;-wafer top plates (<b>WTP xxM</b>)&nbsp; or customer specific sample top plate (<b>STP xxxM</b>&nbsp;or&nbsp;<b>SQT xxxM</b>).
<h2>Film and paperholder FSH 30 and FSC 80/150</h2>
<ul><li><strong>FSH 30</strong>&nbsp;special holder, made of delrin, for the contact angle measurement on thin films. Consisting of&nbsp; base (outer-Ã¸=30 mm) and three rings (inner-Ã¸= 30.0 / 30.1 / 30.2 mm).</li><li><strong>FSC 80</strong>&nbsp;special holder for the contact angle measurement on thin films or paper;&nbsp;<br />Maximum sample size 80 x 80 x 3 mm.</li></ul>
<h2>Holder for single fibres FHO 40plus</h2>
Holder for Single Fibres. Unconstrained by degree of fibre thickness, adjustable to match fibres length and apply required tension.- min. fibre length 25 mm, measurable fibre length 70 mm.
- adjustable X- and Z-Axis.
Consisting of base plate and adjustable fibre fixation.FHM 100
<h2>Film or foil sample stage FHM 100</h2>
Special sample stage with curvature for instruments of the OCA series for a convenient fixation of films or foils by magnet bars.<br />Size: 100 x 100 mm
<h2>Suction plate SP 100</h2>
For holding thin flexible samples flat against the stage surface, with adjustable suction area and fitting for vacuum pump.<br />Size: 100 x 100 mm
<h2>Sample vessels SVL xx and test piecesTPL xx</h2>
Test pieces for use with the lamella method:
<ul><li><strong>TPL - 3.0</strong>&nbsp; sphere-Ã¸ = 3.0 mm.</li><li><strong>TPL - 3.5</strong>&nbsp; sphere-Ã¸ = 3.5 mm.</li><li><strong>TPL - 4.0</strong>&nbsp; sphere-Ã¸ = 4.0 mm.</li></ul>
&nbsp;<br />Sample vessel for use with the lamella method:
<ul><li><strong>SVL 12/30</strong>&nbsp;height = 12, inner-Ã¸= 30 mm.</li><li><strong>SVL 12/50</strong>&nbsp;height = 12, inner-Ã¸= 50 mm.</li><li><strong>SVL 12/70</strong>&nbsp;height= 12, inner-Ã¸= 70 mm.</li><li><strong>SVL 24/30</strong>&nbsp;height= 24, inner-Ã¸= 30 mm.</li></ul>
<h2>Glass cell GC xx</h2>
Glass cell (cuvette) made of special optical glass for measuring the interfacial tension between two fluids according to the Pendant Drop method or the contact angle of a fluid drop or a gas bubble in a fluid (e.g. Schultz method) ; up to 70Ã° C.<br />Also available in 'high' temperature version (GC xxHT) and made of Quatrz glass (GC xxQ); 70 to 350Ã° C.
<ul><li><strong>GC 10</strong>&nbsp;glass cell 20 x 20 x 20 mm.</li><li><strong>GC 20</strong>&nbsp;glass cell 20 x 40 x 20 mm.</li><li><strong>GC 40</strong>&nbsp;glass cell 40x 40 x 40 mm.</li><li><strong>GC 60</strong>&nbsp;glass cell 60x 60 x 40 mm.</li></ul>
<h2>Contact lens support CL 20</h2>
Contact lens support for the measurement of captive bubble contact angles on soft and hard contact lenses in liquids. Used in combination with captive bubble equipment (glass cell GC 20, needle SNC 052/026).
<h2>Soft contact lens support SCL 21</h2>
Holder for soft contact lenses with adjustable inlet pieces with 3 different radii of curvature to attach the contact lens without deformation of the shape. Used in combination with captive bubble equipment (glass cell GC 20, needle SNC 052/026).
<h2>Sample holder for captive bubble measurements SHC 20</h2>
Holder for flat samples, prior to measurement by the captive bubble method, when deformation of sample might otherwise be a problem when submerged. Used in combination with captive bubble equipment (glass cell GC 20, needle SNC 052/026).";}}