<p></p><p>The weigh cell consist of two parts:</p><p></p><ul><li>A monolithic weighing system in stainless steel IP44 housing</li><li>Stainless steel electronic box, all connection via the front</li><li>Force compensation technology system with a res
<p></p><p>The weigh cell consist of two parts:</p><p></p><ul><li>A monolithic weighing system in stainless steel IP44 housing</li><li>Stainless steel electronic box, all connection via the front</li><li>Force compensation technology system with a res
<p><b>Highlighted performance features:</b></p><ul><li>The load cells consist of two parts: the electromagnetic force compensation weighing system and an electronics module.</li><li>The weighing cell is equipped with an integrated adjustment weight</
<p><b>Highlighted performance features:</b></p><ul><li>The load cells consist of two parts: the electromagnetic force compensation weighing system and an electronics module.</li><li>The weighing cell is equipped with an integrated adjustment weight</
<p><b>Highlighted performance features:</b></p><ul><li>The load cells consist of two parts: the electromagnetic force compensation weighing system and an electronics module.</li><li>The weighing cell is equipped with an integrated adjustment weight</
<p><b>Highlighted performance features:</b></p><ul><li>The load cells consist of two parts: the electromagnetic force compensation weighing system and an electronics module.</li><li>The weighing cell is equipped with an integrated adjustment weight</
<p><b>Highlighted performance features:</b></p><ul><li>The load cells consist of two parts: the electromagnetic force compensation weighing system and an electronics module.</li><li>The load receptor is equipped with overload protection</li><li>Below
<p><b>Highlighted performance features:</b></p><ul><li>The load cells consist of two parts: the electromagnetic force compensation weighing system and an electronics module.</li><li>The load receptor is equipped with overload protection</li><li>Below
<p></p><p>The weigh cell consist of two parts:</p><p></p><ul><li>A monolithic weighing system in stainless steel IP44 housing</li><li>Stainless steel electronic box, all connection via the front</li><li>Force compensation technology system with a res
<p></p><p>The weigh cell consist of two parts:</p><p></p><ul><li>A monolithic weighing system in stainless steel IP44 housing</li><li>Stainless steel electronic box, all connection via the front</li><li>Force compensation technology system with a res
<p><b>Highlighted performance features:</b></p><ul><li>The load cells consist of two parts: the electromagnetic force compensation weighing system and an electronics module.</li><li>The load receptor is equipped with overload protection</li><li>Below
<p><b>Highlighted performance features:</b></p><ul><li>The load cells consist of two parts: the electromagnetic force compensation weighing system and an electronics module.</li><li>The load receptor is equipped with overload protection</li><li>Below
<p><b>Highlighted performance features:</b></p><ul><li>The load cells consist of two parts: the electromagnetic force compensation weighing system and an electronics module.</li><li>The load receptor is equipped with overload protection</li><li>Below
<p><b>Highlighted performance features:</b></p><ul><li>The load cells consist of two parts: the electromagnetic force compensation weighing system and an electronics module.</li><li>The load receptor is equipped with overload protection</li><li>Below
<p><b>Highlighted performance features:</b></p><ul><li>The load cells consist of two parts: the electromagnetic force compensation weighing system and an electronics module.</li><li>The load receptor is equipped with overload protection</li><li>Below
<p><b>Highlighted performance features:</b></p><ul><li>The load cells consist of two parts: the electromagnetic force compensation weighing system and an electronics module.</li><li>The load receptor is equipped with overload protection</li><li>Below
Cell bodies are serialized for easy sample identification Smooth inner surfaces for easier cleaning Accelerated solvent extraction is a common technique for fast and reliable extraction of organic materials from solid matrices, using EPA SW-846
Cell bodies are serialized for easy sample identification Smooth inner surfaces for easier cleaning Accelerated solvent extraction is a common technique for fast and reliable extraction of organic materials from solid matrices, using EPA SW-846
Cell bodies are serialized for easy sample identification Smooth inner surfaces for easier cleaning Accelerated solvent extraction is a common technique for fast and reliable extraction of organic materials from solid matrices, using EPA SW-846
Cell bodies are serialized for easy sample identification Smooth inner surfaces for easier cleaning Accelerated solvent extraction is a common technique for fast and reliable extraction of organic materials from solid matrices, using EPA SW-846