The Kern Premium Analytical Balance with automatic sliding doors and the latest Single-Cell Generation delivers extremely rapid and stable weighing results. It features a weighing capacity of 320 g with a high readability of 0.0001 g, ideal for precise laboratory tasks.
Product Features
- Weighing capacity: 320 g
- Readability: 0.0001 g
- Three automatic sliding doors with sensor control and integrated ioniser
- Memory function to store door opening positions, reducing contamination risk
- Adjustable internal draught shield for optimal weighing stability
- Single-Cell Generation technology for fast and precise weighing
- Navigation pad for quick and intuitive menu access
- Automatic internal adjustment with temperature changes ≥ 1 °C or every 4 hours
- Minimum sample weight warning with manual or automatic settings
- Dosage aid with selectable high stability mode and filter options
- Recipe weighing function with automatic ingredient numbering and printout
- Up to 10 user profiles with secure access and barcode login
- RS-232 and USB interfaces for data transfer and external device connection
- Automatic data output to PC or printer when weighing results are stable
- Large glass draught shield with easy access sliding doors
- Multi-function weighing plate included to minimise air current effects
- Protective working cover included
Note: Now also available as a version with automatic sliding doors, 320 g, 0.0001 g, 91 Mm
Benefits
- Exceptional weighing precision with fast stabilization
- Improved hygiene and workflow with sensor-controlled sliding doors
- Static elimination improves measurement reliability
- Perfect for GMP/GLP-compliant labs and high-throughput environments
- Highly customizable user settings with secure access control
Why Choose The Kern Premium Analytical Balance With Automatic Sliding Doors, 320 g, 0.0001 g, 91 Mm?
Designed for laboratories that demand precision and automation, this balance combines state-of-the-art weighing technology with user-friendly features and advanced safety options, ensuring reliable performance for all weighing tasks.
