Balance 3200g x 100mg Quintix® Precision with Int Adj Each

The Sartorius Quintix® Pro QTX3201IRO-1S is a versatile precision balance designed to deliver accurate, reliable weighing across a wide range of laboratory and routine applications. With a maximum weighing capacity of 3,200 g and 0.1 g readability, it provides dependable weighing performance for applications requiring a higher capacity.

Featuring automatic internal adjustment and real-time levelling support, the Quintix® Pro helps maintain weighing accuracy and ensures the balance remains correctly positioned during use. The large 7-inch, high-resolution full-touch display provides quick access to weighing functions, settings and the integrated digital manual, while the intuitive user interface makes everyday operation straightforward.

The balance includes 15 integrated application programs, including weighing, dosing, counting, percentage weighing, density determination, checkweighing and differential weighing. Flexible connectivity options, including USB-C, Ethernet and RS-232, enable convenient data transfer and GLP/GMP-compliant documentation.

Designed for demanding laboratory environments, the Quintix® Pro features chemically resistant surfaces made from PBT, glass and stainless steel, supporting routine cleaning protocols. The QTX3201IRO-1S is supplied as a non-verified standard model and features a 182 x 182 mm stainless steel weighing pan.

Key Features:

• Maximum capacity: 3,200 g
• Readability: 0.1 g (100 mg)
• Automatic internal adjustment with isoCAL
• Real-time levelling support with LevelControl
• 7-inch high-resolution full-touch graphic display
• Fast stabilisation time of ≤0.9 seconds
• Repeatability: ±50 mg
• Linearity: ±100 mg
• 182 x 182 mm weighing pan
• 15 integrated weighing application programs
• USB-C, Ethernet and RS-232 connectivity
• GLP/GMP-compliant data output
• User management with passcode protection
• Chemically resistant PBT, glass and stainless-steel surfaces
• Suitable for cleanroom Grade A and B environments
• Non-verified standard model