Lab Magnet

The RM 200 D Residual Field Meter is a precise instrument designed to measure residual (static) magnetic fields in materials and components. It is equipped with a sensitive Hall probe that detects remanent magnetic fields in units of Gauss or Tesla. This portable device features digital display, zero adjustment, and often data-hold functions, making it user-friendly for assessing magnetization levels in ferromagnetic materials after demagnetization or magnetic processing. The RM 200 D is widely used in quality control, magnetic material testing, and applications requiring minimal residual magnetism.

The D20B Gauss Meter is a precision instrument designed to measure both AC and DC magnetic fields in Gauss or Tesla. This model typically includes a Hall probe for high-sensitivity measurements, and it offers features like digital display, zeroing options, selectable measurement ranges, and fast response times. The D20B is known for its versatility in handling a variety of magnetic field strengths, making it suitable for laboratory use, quality control, material testing, and magnetic equipment calibration in industrial and scientific settings.

Wec are offering Portable Magnetometer to our clients.

It is an essential tool to test the strength of permanent magnets and electromagnets and to understand the field shape of nontrivial magnet configurations. If it is sensitive enough it can also detect if iron objects got magnetized.

The D20 AC Gaussmeter is a specialized instrument designed to measure AC magnetic fields accurately. Equipped with a high-sensitivity Hall probe, it captures the strength of alternating magnetic fields in units of Gauss or Tesla. This model typically features digital output, a fast response time, and the capability to measure in various frequency ranges, allowing it to handle complex AC signals. The D20 is commonly used in electromagnetic testing, quality assurance, and calibration of AC magnetic devices in industrial and research environments.

We are offering Tesla Meter to our clients.
A Tesla Meter can measure the direction and the intensity of small (relatively) magnetic fields. The most important part of the Tesla Meter, the Hall probe, is usually flat to make it the best to measure transverse magnetic fields.

A residual field meter with an axial Hall probe is a portable instrument that measures the remaining magnetic field in ferromagnetic materials after demagnetization or magnetic processing, using a Hall probe to detect the magnetic field strength along the probe's axis. 

A portable Gauss meter is a handheld device used for on-the-go measurement of magnetic field strength in units of Gauss or Tesla. Equipped with a compact Hall probe, it is designed for mobility and ease of use, often featuring a digital display, battery operation, and user-friendly controls. Portable Gauss meters can measure both AC and DC magnetic fields and are ideal for fieldwork, quick inspections, and maintenance in various environments, including industrial, laboratory, and environmental monitoring applications. They are valued for their convenience, accuracy, and versatility.

Applications :
General purpose instrument for accurate flux density measurement on magnetic and electromagnetic components such as relays, DC, motors, magnets, loud-speakers etc. Very useful for online production.

Magnetometers are widely used for measuring the Earth's magnetic field, in geophysical surveys, to detect magnetic anomalies of various types, and to determine the dipole moment of magnetic materials. In an aircraft's attitude and heading reference system, they are commonly used as a heading reference.

A digital Gauss meter is an electronic instrument used to measure the strength and direction of magnetic fields in units of Gauss or Tesla. It consists of a Hall probe, typically either axial or transverse, which senses the magnetic field and sends data to a digital display. Digital Gauss meters offer high precision, fast readings, and often include features such as data logging, zeroing functions, and selectable ranges. They are widely used in laboratories, industry, and research for applications such as material testing, quality control, and magnetic device calibration.