B-One LB-4M Lab Blender

B-One LAB BLENDER MODEL LB-4M

The B-One LAB BLENDER MODEL LB-4M is a high-performance laboratory blender designed for efficient sample preparation. With its advanced features and user-friendly design, this blender is essential for a wide range of laboratory applications.

Key Features

• Microcomputer Control: This model incorporates microcomputer control, allowing you to select from eight programmable blending programs. Consequently, you can easily customize the blending process for optimal results.
• Large LCD Display: The big LCD display provides clear visibility of settings and operational parameters. As a result, you can monitor the blending process effortlessly.
• Versatile Blending Time: You can set the blending time from 1 second to 59 minutes, accommodating various sample types and blending requirements.
• Adjustable Blending Speed: The blender operates at speeds ranging from 3 to 12 strokes per second. Thus, it offers flexibility in blending intensity to achieve the desired consistency for your samples.
• Generous Capacity: With the ability to handle volumes from 3 mL to 400 mL, the LB-4M is suitable for diverse laboratory applications.
• Stainless Steel Chamber: The blending chamber, constructed from durable stainless steel, ensures hygiene and is easy to clean after use.
• Adjustable Blender Distance: You can adjust the distance between the blender head and the container from 0 to 50 mm. This feature optimizes blending for various container sizes.
• Soft Start Mode: The soft start feature minimizes splashing, providing a smooth start to the blending process for enhanced safety.
• Pause Function: With the pause function, you can temporarily halt blending without losing your settings, adding convenience to your operation.
• Disinfection Capability: The LB-4M includes a disinfection feature utilizing a wavelength of 253.7 nm. This ensures that the blending chamber and accessories are effectively sanitized.
• Power Supply: Operating at 220V with a power consumption of 250W, this blender is suitable for standard laboratory electrical systems.
• Compact Size: The overall dimensions of 420 x 230 x 330 mm and a weight of 22 kg make this blender compact enough for easy placement in any laboratory setup.

Applications

The B-One LAB BLENDER MODEL LB-4M is ideal for a variety of laboratory applications, including:

• Biological Sample Preparation: This blender is perfect for efficiently blending biological materials, such as cells and tissues, for analysis.
• Chemical Mixing: Use it for formulating and mixing chemical solutions and reagents with precision.
• Food and Beverage Testing: It effectively prepares food samples for viscosity analysis and ingredient mixing.
• Pharmaceutical Research: This blender assists in formulating creams, gels, and other liquid preparations, ensuring uniform consistency.
• Quality Control: Laboratories employ the LB-4M for monitoring product consistency and quality during manufacturing processes.

Technical Specifications

• Controller: Microcomputer control with eight programmable programs
• Display: Large LCD display for easy monitoring
• Blending Time: 1 second to 59 minutes
• Blending Speed: 3-12 strokes/second
• Heating: Not available
• Temperature Control: Not applicable
• Disinfection: Wavelength of 253.7 nm for effective sanitization
• Capacity: 3 to 400 mL
• Blender Bag Size: 17 x 30 cm
• Blender Chamber Material: Stainless steel
• Blender Distance: Adjustable from 0 to 50 mm
• Starting Mode: Soft start feature
• Pause Function: Yes
• Power Supply: 220V, 250W
• Overall Size: 420 x 230 x 330 mm
• Weight: 22 kg

Conclusion

In summary, the B-One LAB BLENDER MODEL LB-4M is a versatile and reliable instrument designed for efficient blending in laboratory settings. With its advanced features, effective disinfection capabilities, and user-friendly interface, this blender ensures consistent results across a variety of applications. Whether you are preparing samples for analysis, mixing chemicals, or conducting quality control, the LB-4M consistently delivers high performance and precise outcomes.

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