Ohaus EX10201N Explorer Toploading Balance, 10200g x 0.1g, with NTEP Certified delivers high-precision weighing performance and intelligent features tailored for advanced laboratory and industrial use. With an intuitive touch-screen interface, automatic internal calibration, and hands-free operation, it simplifies complex weighing tasks.
Product Features
- The Explorer is perfect for university research, teaching laboratories, general lab and industrial applications
- Intelligent performance – optimized linearity and repeatability
- Intelligent calibration - AutoCal automatic internal calibration ensures your results are accurate
- Intuitive operation – Large color touch-screen display and icon-driven application software
- Intuitive software - SmarText™ 2.0 is OHAUS’ easy-to-use graphical software
- Practical touchless sensors - Hands-free operation
- Ingenious modular design - Display can be separated from the weighing base for maximum flexibility in any work area
- Autocal automatic internal calibration ensures results are accurate
- The OHAUS Explorer’s advanced applications simplify even the most complex laboratory measurements. Whether it’s determining the difference between initial and residual weights or calculating the density of solids and liquids, Explorer eliminates the need for time consuming manual calculations and data logging.
- The high resolution display and innovative user interface make balance setup and application use effortless.
What's Included
- Below-balance weighing hook
- Security bracket
- AC adapter
Benefits
- Reduces errors in complex weighing applications
- Improves lab efficiency with smart calibration and automation
- Customizable interface for user convenience
- Designed for compliance with legal-for-trade standards (NTEP certified)
Why Choose Ohaus EX10201N Explorer Toploading Balance
Designed with precision, innovation, and user experience in mind, the Ohaus EX10201N Explorer is ideal for advanced research and high-capacity industrial applications. Its combination of touchscreen control, internal calibration, and ergonomic design makes it a trusted tool in regulated environments.
