Mettler Toledo BC150 Ball Top Platter
The BC150 Ball Top Platter is a precision weighing accessory designed for accurate sample measurement in laboratory and industrial environments. This ball top platter integrates seamlessly with Mettler Toledo weighing systems, providing reliable performance for consistent results. Whether you're conducting quality control tests, pharmaceutical measurements, or general laboratory weighing, the BC150 delivers the precision and durability your operations demand.
Key Features
- Precision-engineered ball top design for optimal sample positioning
- Compatible with Mettler Toledo weighing platforms and scales
- Durable construction for long-term laboratory use
- Easy installation and maintenance
- Supports accurate and repeatable weighing measurements
- Ideal for pharmaceutical, chemical, and research applications
Technical Specifications
| Specification |
Details |
| Manufacturer |
Mettler Toledo |
| Model |
BC150 |
| Part Number |
62010772 |
| Product Type |
Ball Top Platter |
| Application |
Precision Weighing & Laboratory Measurement |
| Material |
High-grade stainless steel construction |
Frequently Asked Questions
What is a ball top platter used for?
A ball top platter is a precision weighing accessory that holds and positions samples on laboratory scales. The ball top design ensures consistent sample placement and accurate weight measurements across multiple uses.
Is the BC150 compatible with all Mettler Toledo scales?
The BC150 Ball Top Platter is designed for compatibility with Mettler Toledo weighing systems. We recommend verifying compatibility with your specific scale model before purchase.
How do I maintain the BC150 platter?
Clean the BC150 regularly with a soft cloth and mild detergent. Avoid harsh chemicals that may damage the surface. Ensure it is completely dry before use to maintain measurement accuracy.
Can the BC150 be used in pharmaceutical applications?
Yes, the BC150 Ball Top Platter is suitable for pharmaceutical, chemical, and research laboratory applications where precision and repeatability are critical requirements.
