Calibratiestatieven

Calibratiestatieven, or calibration stands, are specialized support structures used in laboratories, manufacturing facilities, and research institutions to hold and stabilize instruments during quality control and measurement procedures. They are designed to provide a stable, level base that minimizes vibration and movement, ensuring accurate readings of devices such as weighing balances, pressure gauges, and optical instruments.

The primary function of a calibratiestatief is to reduce external influences that could affect calibration results. By providing a rigid frame, often constructed from stainless steel or aluminum, the stand isolates sensitive equipment from floor vibrations, temperature fluctuations, and mechanical disturbances. Many standards, including ISO 9001 and IEC 61000, recommend the use of such stands when conducting precision calibrations.

Typical design features include adjustable leg height mechanisms, often with lockable wedges or screw systems, allowing users to set a perfectly horizontal plane. Some models incorporate anti-vibration pads or dampening materials. The overall height is usually adjustable between 70 and 120 centimeters to accommodate various instrument sizes. For high‑accuracy applications, the stand may be mounted on a vibration isolation platform made of heavy concrete or specially engineered foam.

Calibration stands are also used during the initial factory calibration of equipment to benchmark performance before deployment. In addition to physical stability, they serve as a reference point for aligning instruments, such as ensuring that a digital multimeter is perpendicular to a conductive surface during measurement.

Maintenance of calibratiestatieven involves regular inspections for wear, checking the integrity of locking mechanisms, and cleaning to avoid dust accumulation. Proper usage and upkeep extend the service life of the stand and preserve the reliability of the measurements it supports.