Microbalances

• Digital level indicator
• Infrared proximity sensors
• Data exchange through a USB device
• Connectivity interfaces: Ethernet, USB (2 ports), RS232

• autoranging, Floating Tare™ provides low range readability
• Access Floating Tare™ with the press of a button

• autoranging, Floating Tare™ provides low range readability
• Access Floating Tare™ with the press of a button

• autoranging, Floating Tare™ provides low range readability
• Access Floating Tare™ with the press of a button

• autoranging, Floating Tare™ provides low range readability
• Access Floating Tare™ with the press of a button

• autoranging, Floating Tare™ provides low range readability
• Access Floating Tare™ with the press of a button

• autoranging, Floating Tare™ provides low range readability
• Access Floating Tare™ with the press of a button

• autoranging, Floating Tare™ provides low range readability
• Access Floating Tare™ with the press of a button

• autoranging, Floating Tare™ provides low range readability
• Access Floating Tare™ with the press of a button

• High contrast, Large LCD display for easy viewing.
• Standard RS-232 C interface.
• Hanger for below balance weighing.
• Fully Automatic internal calibration with built in weight.
• Conforms to GLP, GMP & ISO 9001 Standard.
• Dye cost aluminium design for long term stability and accurate result.

• Digital level indicator
• Infrared proximity sensors
• Data exchange through a USB device
• Connectivity interfaces: Ethernet, USB (2 ports), RS232

• Digital level indicator
• Infrared proximity sensors
• Data exchange through a USB device
• Connectivity interfaces: Ethernet, USB (2 ports), RS232

Microbalance MYA 4Y series is designed to meet the highest requirements for determination of mass. Measurement reliability and accuracy are maintained by system of automatic internal adjustment / calibration. Microbalance comprises two major components (an electronic module and a precise mechanical measuring system which are enclosed separately). The device design eliminates an influence of heat sourcing from instrument's electronics on its mechanical components and additionally protects it from shocks and vibrations caused by users operating the instrument.

All the elements of a microbalance are made of glass and steel which eliminates an impact of electrostatics on weighing process.

Microbalance MYA 4Y series is designed to meet the highest requirements for determination of mass. Measurement reliability and accuracy are maintained by system of automatic internal adjustment / calibration. Microbalance comprises two major components (an electronic module and a precise mechanical measuring system which are enclosed separately). The device design eliminates an influence of heat sourcing from instrument's electronics on its mechanical components and additionally protects it from shocks and vibrations caused by users operating the instrument.

All the elements of a microbalance are made of glass and steel which eliminates an impact of electrostatics on weighing process.

Microbalance MYA 4Y series is designed to meet the highest requirements for determination of mass. Measurement reliability and accuracy are maintained by system of automatic internal adjustment / calibration. Microbalance comprises two major components (an electronic module and a precise mechanical measuring system which are enclosed separately). The device design eliminates an influence of heat sourcing from instrument's electronics on its mechanical components and additionally protects it from shocks and vibrations caused by users operating the instrument.

All the elements of a microbalance are made of glass and steel which eliminates an impact of electrostatics on weighing process.

Microbalance MYA 4Y series is designed to meet the highest requirements for determination of mass. Measurement reliability and accuracy are maintained by system of automatic internal adjustment / calibration. Microbalance comprises two major components (an electronic module and a precise mechanical measuring system which are enclosed separately). The device design eliminates an influence of heat sourcing from instrument's electronics on its mechanical components and additionally protects it from shocks and vibrations caused by users operating the instrument.

All the elements of a microbalance are made of glass and steel which eliminates an impact of electrostatics on weighing process.

Microbalance MYA 4Y series is designed to meet the highest requirements for determination of mass. Measurement reliability and accuracy are maintained by system of automatic internal adjustment / calibration. Microbalance comprises two major components (an electronic module and a precise mechanical measuring system which are enclosed separately). The device design eliminates an influence of heat sourcing from instrument's electronics on its mechanical components and additionally protects it from shocks and vibrations caused by users operating the instrument.

All the elements of a microbalance are made of glass and steel which eliminates an impact of electrostatics on weighing process.

Microbalance MYA 4Y series is designed to meet the highest requirements for determination of mass. Measurement reliability and accuracy are maintained by system of automatic internal adjustment / calibration. Microbalance comprises two major components (an electronic module and a precise mechanical measuring system which are enclosed separately). The device design eliminates an influence of heat sourcing from instrument's electronics on its mechanical components and additionally protects it from shocks and vibrations caused by users operating the instrument.

All the elements of a microbalance are made of glass and steel which eliminates an impact of electrostatics on weighing process.

Microbalance MYA 4Y series is designed to meet the highest requirements for determination of mass. Measurement reliability and accuracy are maintained by system of automatic internal adjustment / calibration. Microbalance comprises two major components (an electronic module and a precise mechanical measuring system which are enclosed separately). The device design eliminates an influence of heat sourcing from instrument's electronics on its mechanical components and additionally protects it from shocks and vibrations caused by users operating the instrument.

All the elements of a microbalance are made of glass and steel which eliminates an impact of electrostatics on weighing process.

Microbalance MYA 4Y series is designed to meet the highest requirements for determination of mass. Measurement reliability and accuracy are maintained by system of automatic internal adjustment / calibration. Microbalance comprises two major components (an electronic module and a precise mechanical measuring system which are enclosed separately). The device design eliminates an influence of heat sourcing from instrument's electronics on its mechanical components and additionally protects it from shocks and vibrations caused by users operating the instrument.

All the elements of a microbalance are made of glass and steel which eliminates an impact of electrostatics on weighing process.

Microbalance MYA 4Y series is designed to meet the highest requirements for determination of mass. Measurement reliability and accuracy are maintained by system of automatic internal adjustment / calibration. Microbalance comprises two major components (an electronic module and a precise mechanical measuring system which are enclosed separately). The device design eliminates an influence of heat sourcing from instrument's electronics on its mechanical components and additionally protects it from shocks and vibrations caused by users operating the instrument.

All the elements of a microbalance are made of glass and steel which eliminates an impact of electrostatics on weighing process.

Microbalance MYA 4Y series is designed to meet the highest requirements for determination of mass. Measurement reliability and accuracy are maintained by system of automatic internal adjustment / calibration. Microbalance comprises two major components (an electronic module and a precise mechanical measuring system which are enclosed separately). The device design eliminates an influence of heat sourcing from instrument's electronics on its mechanical components and additionally protects it from shocks and vibrations caused by users operating the instrument.

All the elements of a microbalance are made of glass and steel which eliminates an impact of electrostatics on weighing process.

Microbalance MYA 4Y series is designed to meet the highest requirements for determination of mass. Measurement reliability and accuracy are maintained by system of automatic internal adjustment / calibration. Microbalance comprises two major components (an electronic module and a precise mechanical measuring system which are enclosed separately). The device design eliminates an influence of heat sourcing from instrument's electronics on its mechanical components and additionally protects it from shocks and vibrations caused by users operating the instrument.

All the elements of a microbalance are made of glass and steel which eliminates an impact of electrostatics on weighing process.

Microbalance MYA 4Y series is designed to meet the highest requirements for determination of mass. Measurement reliability and accuracy are maintained by system of automatic internal adjustment / calibration. Microbalance comprises two major components (an electronic module and a precise mechanical measuring system which are enclosed separately). The device design eliminates an influence of heat sourcing from instrument's electronics on its mechanical components and additionally protects it from shocks and vibrations caused by users operating the instrument.

All the elements of a microbalance are made of glass and steel which eliminates an impact of electrostatics on weighing process.