Unknown - Weigh Table

• Used in laboratories for precise weighing of samples and chemicals.
• Integrated into production lines for quality control checks of components or finished products.
• Utilised in food processing for accurate ingredient portioning and packaging verification.
• Applied in pharmaceutical manufacturing for precise measurement of active pharmaceutical ingredients and excipients.
• Deployed in logistics and warehousing for parcel weighing and inventory management.

Typical capacity

Weigh tables for industrial use commonly range from 5 kg to 500 kg, depending on the intended application and required precision.

Power supply

Many weigh tables are passive and do not require a direct power supply. If integrated with a weighing terminal, it would typically require a standard single-phase 230V AC supply.

Footprint

The footprint for this class of equipment varies significantly, but common dimensions might be around 600mm x 600mm to 1200mm x 800mm for the table surface.

Construction material

Typically constructed from stainless steel for hygiene and durability, especially in food and pharmaceutical environments, or painted mild steel for general industrial use.

Load cell type

Units of this type commonly utilise single-point or four-point load cells, often made from stainless steel or aluminium.

Environmental protection

For this class of equipment, an IP rating of IP65 is commonly found, indicating protection against dust and low-pressure water jets.

• What is the primary purpose of a weigh table?

  A weigh table provides a stable, vibration-dampened surface essential for accurate weighing, particularly with sensitive scales and balances.

• Does this weigh table include a weighing terminal?

• What maintenance is required for a used weigh table?

• Can this weigh table be used in a washdown environment?

• Is calibration required for a weigh table?

Weighing terminals and load cells are regarded as robust, dependable components in laboratory and pharmaceutical environments. Buyers typically prioritise units with verified calibration history and documentation of maintenance records. The equipment is valued for its longevity and accuracy retention when properly serviced. Key considerations include compatibility with existing systems, sensor condition, and whether calibration certificates are current. Industry practice favours units from recognised manufacturers with established support networks. Used examples generally perform reliably when sourced from well-maintained facilities.

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