1. pH meter, ORP electrodes, ISE
2. Gas analyzers, gas sensors
3. Multiparameter meters
4. ICP emission and mass spectrometers

     We offer a wide range of materials, including Aluminum Alloy 6061-T6, 7075-T6, ADC 12, Stainless Steel, Carbon Steel, Plastic, and Zamak.

     All our products are RoHS compliant and proudly manufactured in Overland, USA.

CNC Machining in Electroanalytical Equipment

For optimal accuracy and reliability, precision manufacturing using CNC machining is essential for pH meters, ORP electrodes, and ISEs. This process involves the precise removal of material from a workpiece using computer-controlled cutting tools. It is crucial to achieve precise hole and surface shapes in these components, as their accuracy directly impacts the analytical chemistry equipment they are utilized in. By employing CNC machining, high-precision components can be created to ensure the utmost precision and dependability in electroanalytical equipment.

CNC Machining for pH Meters

In pH meters, electrodes are comprised of an electrode body, electrode assembly, and cable assembly. CNC machining is necessary to achieve precise hole and surface shapes in materials like glass, ceramic, or plastic for the electrode body. The electrode assembly requires CNC machining to ensure accurate contact surfaces, including the reference electrode and electrolyte. CNC machining is also employed in the cable assembly to create precise connectors and plugs, guaranteeing reliable electrical contact and signal stability.

CNC Machining for ORP Electrodes

ORP electrodes consist of an electrode body, reference electrode, and working electrode. CNC machining is crucial for achieving precise hole and surface shapes in both the electrode body and electrode assembly. Additionally, CNC machining is required for the reference electrode and working electrode to ensure accurate contact surfaces and surface shapes, enabling precise and high-precision potential measurements.

CNC Machining for ISEs

ISEs (Ion-Selective Electrodes) consist of an electrode body, reference electrode, and ion-selective membrane. CNC machining is essential for achieving accurate hole and surface shapes in the electrode body. The reference electrode requires CNC machining to ensure precise contact surfaces and surface shapes, enabling high-precision potential measurements. CNC machining is also utilized for the ion-selective membrane to achieve precise thickness and hole sizes, ensuring excellent selectivity and sensitivity for ion detection.

The Significance of Precision in Electroanalytical Equipment

Precision components made with CNC machining play a crucial role in ensuring the accuracy and reliability of electroanalytical equipment. When selecting a CNC machining service provider, it’s important to prioritize experience in producing high-precision components for analytical chemistry instruments. By utilizing CNC machining, manufacturers can guarantee the precision and performance of pH meters, ORP electrodes, and ISEs. Overall, CNC machining is essential for producing accurate and reliable components for electroanalytical equipment. If you require top-notch precision manufacturing using CNC machining, we are here to assist you.

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