Scales

Buttons for remote control of TARE and PRINT functions. The buttons are enclosed in a plastic housin (more)g, the unit features 1.5 m cable. PT0021 - (PUE C41H ) PT0213 - (PUE 5.15, PUE 5.19, PUE HY10, PUE HX7) PT0188 - (PUE 7.1) * Connects with an indicator equipped with 4in/out module on connectors.

The antivibration table has been designed to eliminate floor vibrations during the operation of indu (more)strial scales. It consists of two separate constructions: the outer, designed to isolate the working part, and the inner. The working part includes a table and a stone separated by a vibration damper. The table features a large stone top and adjustable feet with protective rubber tips, facilitating table levelling on uneven surfaces. The structure and the tabletop are made of acid-resistant stainless steel.

The antivibration table has been designed to eliminate floor vibrations during the operation of indu (more)strial scales. It consists of two separate constructions: the outer, designed to isolate the working part, and the inner. The working part includes a table and a stone separated by a vibration damper. The table features a large stone top and adjustable feet with protective rubber tips, facilitating table levelling on uneven surfaces. The structure of the table is made of powder-coated steel, and the tabletop is made of MDF.

The antivibration table has been designed to eliminate ground vibrations during the operation of aut (more)omatic feeder. It consists of two separate constructions: the outer, designed to isolate the working part, and the inner. The working part includes a table and a stone separated by a vibration damper. The table features a stone top (located on the left side of the table) and adjustable feet with protective rubber tips, facilitating table levelling on uneven surfaces. The structure of the SAL/T version is made of powder-coated steel, and the top is made of HPL board.

The table has been designed to eliminate ground vibrations during the operation of laboratory equipm (more)ent such as microbalances, analytical balances and others. The working part consists of a table and a stone separated by a vibration damper. The table is equipped with adjustable feet with rubber tips, facilitating table levelling on uneven surfaces. Stability and vibration damping properties, resulting from the significant weight, are the main advantages of the table. The large surface of the tabletop makes it possible to place several balances on it. The structure of the table is made of stainless steel.

The table has been designed to eliminate ground vibrations during the operation of laboratory equipm (more)ent such as microbalances, analytical balances and others. The working part consists of a table and a stone separated by a vibration damper. The table is equipped with adjustable feet with rubber tips, facilitating table levelling on uneven surfaces. Stability and vibration damping properties, resulting from the significant weight, are the main advantages of the table. The large surface of the tabletop makes it possible to place several balances on it. The structure of the table is made of powder-coated steel.

The antivibration table has been designed to eliminate ground vibrations during the operation of lab (more)oratory equipment such as microbalances, analytical balances and others. It consists of two separate constructions: the outer, designed to isolate the working part, and the inner. The working part includes a table and a stone separated by a vibration damper. The table features a stone top (located at the centre of the table) and adjustable feet with protective rubber tips, facilitating table levelling on uneven surfaces. The structure and the tabletop are made of acid-resistant stainless steel.

The antivibration table has been designed to eliminate floor vibrations during the operation of PLUS (more) series laboratory balances. It consists of two separate constructions: the outer, designed to isolate the working part, and the inner. The working part includes a table and a stone separated by a vibration damper. The table features a stone top (located at the centre of the table) and adjustable feet with protective rubber tips, facilitating table levelling on uneven surfaces. The structure and the tabletop are made of acid-resistant stainless steel.

The antivibration table has been designed to eliminate floor vibrations during the operation of PLUS (more) series laboratory balances. It consists of two separate constructions: the outer, designed to isolate the working part, and the inner. The working part includes a table and a stone separated by a vibration damper. The table features a stone top (located at the centre of the table) and adjustable feet with protective rubber tips, facilitating table levelling on uneven surfaces. The structure of the table is made of powder-coated steel, and the tabletop is made of MDF.

The antivibration table has been designed to eliminate ground vibrations during the operation of lab (more)oratory equipment such as microbalances, analytical balances and others. It consists of two separate constructions: the outer, designed to isolate the working part, and the inner. The working part includes a table and a stone separated by a vibration damper. The table features a stone top (located at the centre of the table) and adjustable feet with protective rubber tips, facilitating table levelling on uneven surfaces. The structure of the table is made of powder-coated steel, and the tabletop is made of MDF.

This antivibration table is intended for mass comparators. It is made of stainless steel and a massi (more)ve granite plate placed on top. The table has a safety feature to prevent accidental slipping of the stone, as well as vibration dampening rubbers. Due to low construction, the need to lift large masses to a considerable height is reduced.

This antivibration table is intended for mass comparators. It is made of powder-coated steel and a m (more)assive granite plate placed on top. The table has a safety feature to prevent accidental slipping of the stone, as well as vibration dampening rubbers. Due to low construction, the need to lift large masses to a considerable height is reduced.

RW 5Y.F42 Robotic Weighing System is a mobile filter weighing station. Its important component is th (more)e multi-range robotic arm, which has a reach of 500 mm and a maximum capacity of 3 kg. The arm moves in several axes and has as many as six degrees of freedom, that is, it bends in six places. Incomparable Microbalance Readability RW 5Y.F42 is synonymous with full automation of filter weight measurement. The device is based on the XA 6.5Y.M.A Microbalance weighing mechanism, which provides incomparable repeatability and a readability [d] of 1 µg. The RW 5Y.F42 enables the weighing procedure and dust determination of up to 42 filters with a diameter of 47 mm. The Cobot’s Helping Hand A cobot working together with the balance takes samples from the magazine, identifies them with a 2D code reader, and then ionizes and weighs them. The use of a cobot equipped with a range of certified safety systems allows the robot to interact directly with laboratory personnel and minimize the space required for its work. Monitoring of ambient conditions records the current environmental circumstances, allows them to be viewed and data reported. What Do You Get When You Buy the RW 5Y.F42? XA 6.5Y.M.A Microbalance with a draft shield Cobot, which is a robot with a gripper that allows you to transport filters between the magazine and the microbalanc Magazine for storing filters (storage capacity: 42 cassettes) Ionizer Camera for casettes identification THB-S Sensor which monitors ambient conditions, mostly temperature, humidity and pressure 5Y weighing terminal for managing the operation of the device QR code reader built into the device PC with RMCS Filters software to manage the operation of the entire device. Ergonomics and Compatibility of RADWAG Products The 10-inch touchscreen display of the 5Y terminal guarantees readability of the result from many angles and comfort of use. The ergonomics of work is also enhanced by touch-free operation of the device. Thanks to the available communication interfaces, the RW 5Y.F42 will connect you to a spreadsheet (USB-C), to a smartphone or tablet (Hotspot), a printer (Ethernet, Wi-Fi, USB-A), a computer (Ethernet, Wi-Fi, USB-A), a barcode scanner (USB-A), as well as to a keyboard and mouse. What Do You Gain When You Buy the RW 5Y.F42? Fully automated weighing system for 47 mm diameter filters Compliance with EN 12341:2014 Time savings compared to the procedure of weighing filters manually Elimination of the human factor as a cause of measurement errors Process management with RMCS Filter software Automatic data recording as well as creating reports and statistics Identification of filters thanks to a system of QR codes applied to the casettes Elimination of the influence of electrostatics on the measurement Mobility of the system Ease of installation and operation.

The covers for weighing platforms with roller conveyors. The rollers are made of stainless steel, an (more)d they are available in two options: with or without side limiters. Intended for scales with weighing pan 600x600 mm.

The covers for weighing platforms with roller conveyors. The rollers are made of stainless steel, an (more)d they are available in two options: with or without side limiters. Intended for scales with weighing pan 600x400 mm (A x B).

The covers for weighing platforms with roller conveyors. The rollers are made of stainless steel, an (more)d they are available in two options: with or without side limiters. Intended for scales with weighing pan 500x500 mm.

The covers for weighing platforms with roller conveyors. The rollers are made of stainless steel, an (more)d they are available in two options: with or without side limiters. Intended for scales with weighing pan 500x700 mm (A x B).

The covers for weighing platforms with roller conveyors. The rollers are made of stainless steel, an (more)d they are available in two options: with or without side limiters. Intended for scales with weighing pan 410x410 mm.

The covers for weighing platforms with roller conveyors. The rollers are made of stainless steel, an (more)d they are available in two options: with or without side limiters. Intended for scales with weighing pan 400x500 mm (A x B).

The covers for weighing platforms with roller conveyors. The rollers are made of stainless steel, an (more)d they are available in two options: with or without side limiters. Intended for scales with weighing pan 300x250 mm (A x B).

The covers for weighing platforms with roller conveyors. The rollers are made of stainless steel, an (more)d they are available in two options: with or without side limiters. Intended for scales with weighing pan 300×300 mm (A x B).

The RMC 2.5Y.FC filter robot is a professional-class measuring device ensuring full automation of fi (more)lter mass measurement. The robot is based on MYA 5Y microbalance mechanism that guarantees unrivalled repeatability and readability of d= 1 µg. The device enables weighing up to 156 filters. The device is enclosed in a tight and dustproof chamber protecting it against any contamination. The air conditioning and humidification system ensures stable and fixed ambient conditions inside the chamber, which guarantees correct filters conditioning. Ambient conditions monitoring allows control of current chamber status, record and report of data. Advantages: Compliance with EN 12341:2014 standard Less time consuming when compared to manual filter weighing Elimination of human factor as the reason of measurement errors Process management using RMCS Filter software Automatic data recording, creating reports and statistics Coding and identification of filters using QR code system Elimination of the influence of electrostatics onto the measurement Hermetic robot chamber and the chamber for filter weighing Air conditioning system, HEPA filter Increased pressure in the chamber prevents contamination The RMC 2.5Y.FC filter robot comprises: a six-position reference magazine for storing mass standards and reference filters; a robot with a gripper enabling transport of the filters between the magazine and the microbalance, the robot moves on three axes: X,Y,Z; a microbalance with a draft shield; an ionizing system; an air conditioning system with HEPA filter for cleaning the air in the vicinity of the robot chamber; ambient conditions monitoring (temperature, humidity, pressure); a weighing indicator for managing of the device operation; an integrated QR code reader; a QR code printer; a PC with the RMCS Filter software for managing the device operation; a control and adjustment systems; an external air conditioning unit.

The RMC 2.5Y.F filter robot is a professional-class measuring device ensuring full automation of fil (more)ter mass measurement. The robot is based on MYA 5Y microbalance mechanism that guarantees unrivalled repeatability and readability of d= 1 µg. The device enables weighing up to 156 filters. The device is enclosed in a tight and dustproof chamber protecting it against any contamination. Ambient conditions monitoring allows control of current chamber status and report of data. Advantages: Compliance with EN 12341:2014 standard Less time consuming when compared to manual filter weighing Elimination of human factor as the reason of measurement errors Process management using RMCS Filter software Automatic data recording, creating reports and statistics Coding and identification of filters using QR code system Elimination of the influence of electrostatics onto the measurement The RMC 2.5Y.F filter robot comprises: a six-position reference magazine for storing mass standards and reference filters; a robot with a gripper enabling transport of the filters between the magazine and the microbalance, the robot moves on three axes: X,Y,Z; a microbalance with a draft shield; an ionizing system; ambient conditions monitoring (temperature, humidity, pressure); a weighing indicator for managing of the device operation; an integrated QR code reader; a QR code printer; a PC with the RMCS Filter software for managing the device operation.

The RB 2.5Y.F filter robot is a professional-class measuring device ensuring full automation of filt (more)er mass measurement. The robot is based on MYA 5Y microbalance mechanism that guarantees unrivalled repeatability and redability of d= 1 µg. The device enables weighing up to 1020 filters with 47 mm diameter. The device is enclosed in a tight and dustproof chamber protecting it against any contamination. The air conditioning and humidification system ensures stable and fixed ambient conditions inside the chamber, which guarantees correct filters conditioning. Ambient conditions monitoring allows control of current chamber status and report of data. Advantages: Fully automatic system for weighing filters with Ø 47 mm Compliance with EN 12341:2014 standard Conditioning and weighing of up to 1020 filters Additional reference magazine Less time consumed when compared to manual filter weighing Elimination of human factor as the reason of measurement errors Process management using RMCS Filter software Automatic data recording, creating reports and statistics Coding and identification of filters using QR code system Elimination of the influence of electrostatics onto the measurement Hermetic robot chamber and the chamber for filter weighing Air conditioning system, HEPA filter (version without air conditioning on request) Increased pressure in the chamber prevents contamination The RB 2.5Y.F filter robot comprises: Two magazines for filter storage and weighing. Each magazine consists of 34 discs with 15 filter positions. A six-position reference magazine for storing mass standards and reference filters. A robot with a gripper enabling transport of the filters between the magazine and the microbalance, the robot moves on three axes: X,Y,Z; Microbalance with a draft shield; Ionizing system; An air conditioning system with HEPA filter for cleaning the air in the vicinity of the robot chamber; Ambient conditions monitoring (temperature, humidity, pressure); Weighing indicator for managing of the device operation; QR code reader integrated with the device; QR code printers; A PC with the RMCS Filters software for managing the device operation; Control and adjustment system; An external air conditioning unit.

The ramps are used to easily place the trolleys containing loads onto the 4-load-cell platform scale (more)s. They enable placing the scale into the production line as a measuring or control workstation. Uncomplicated loading and unloading of the weighing platform allows smooth control over the loads and is time saving.

The ramps are used to easily place the trolleys containing loads onto the 4-load-cell platform scale (more)s. They enable placing the scale into the production line as a measuring or control workstation. Uncomplicated loading and unloading of the weighing platform allows smooth control over the loads and is time saving.

The ramps are used to easily place the trolleys containing loads onto the 4-load-cell platform scale (more)s. They enable placing the scale into the production line as a measuring or control workstation. Uncomplicated loading and unloading of the weighing platform allows smooth control over the loads and is time saving.

The ramps are used to easily place the trolleys containing loads onto the 4-load-cell platform scale (more)s. They enable placing the scale into the production line as a measuring or control workstation. Uncomplicated loading and unloading of the weighing platform allows smooth control over the loads and is time saving.

The ramps are used to easily place the trolleys containing loads onto the 4-load-cell platform scale (more)s. They enable placing the scale into the production line as a measuring or control workstation. Uncomplicated loading and unloading of the weighing platform allows smooth control over the loads and is time saving.

The ramps are used to easily place the trolleys containing loads onto the 4-load-cell platform scale (more)s. They enable placing the scale into the production line as a measuring or control workstation. Uncomplicated loading and unloading of the weighing platform allows smooth control over the loads and is time saving.