Wholesale Sartorius Balance Mca2203s-2s00-r Qp2 Qp4. Scale Div. (d) 1 Mg, Max. Load 2200g. Draft Shield R Deal Alert: 80% Off [tuCAUfS4]

Sartorius MCA2203S-2S00-R Precision Balance

The Sartorius MCA2203S-2S00-R QP2 QP4 Cubis balance is a state-of-the-art precision instrument designed for accurate and reliable measurements. With a draft shield R and a flat, stainless steel weighing pan, this balance is ideal for a variety of applications where precision is paramount. The Cubis balance boasts a large, high-end 7-inch color TFT touch display in 16:9 format, featuring a new user interface that enhances user experience and efficiency.

• High-precision measurement with a scale division of 1 mg
• Maximum load capacity of 2200g for robust performance

Advanced Features and Specifications

The Sartorius MCA2203S-2S00-R QP2 QP4 is not just about precision; it is also packed with advanced features. The non-verified standard version ensures that each unit meets high-quality standards, making it suitable for various industries. The inclusion of the Q-App Package QP2 for advanced applications and the Q-App Package QP4 for connectivity further enhances the balance's versatility. The removable draft shield, constructed without glass components, provides additional protection and durability.

• Flat, stainless steel weighing pan for easy cleaning and maintenance
• License for Q-App Package QP2 for advanced applications and QP4 for connectivity

Applications and User Benefits

The Sartorius MCA2203S-2S00-R QP2 QP4 is an indispensable tool for laboratories, research facilities, and industrial applications that demand precise measurements. Its user-friendly interface and robust design make it easy to use and maintain. With a size of 29.92 x 23.62 x 19.69 inches, this balance offers ample space for samples and easy accessibility. The Cubis balance is more than just a precision instrument; it is a partner in achieving accurate results and enhancing productivity.

• Accommodates a variety of sample sizes and types
• Enhances productivity in research and industrial settings