FBRM® D600L Technology - Discontinued Product

Discontinued since: Mar, 2012

Measurement for Inline Optimization in the Laboratory

Keeping FBRM® D600L running at peak performance is the best way to optimize the Total Cost of Ownership (TCO) as it ensures maximum Uptime and Performance as well as maintaining Compliance with quality and industry standards.


METTLER TOLEDO Field Service Engineers possess the experience and Expertise for successful asset lifecycle management.


From onsite instrument Calibration and Preventive Maintenance (PM) to Full Service Coverage, the options available can be tailored to meet need and budget requirements ensuring complete cost control.


Extended Warranty


The most cost effective option for new instrument owners as it can be purchased at point of sale.  It protects the system beyond the initial factory warranty and provides additional value-added services, priority support and discounts.


Full Service Coverage


To keep the laboratory or production process running at maximum speed, instrument Uptime, Performance and Compliance are key. It is important to identify issues before they become problems and Full Service Coverage helps ensure instruments are available when needed by providing priority onsite and factory service with no cost surprises.


Calibration and Preventive Maintenance


The best option if budgetary constraints and Total Cost of Ownership are not a primary concern and instrument downtime does not affect productivity. Repair costs are on an ad-hoc basis but Calibration and Preventive Maintenance ensures equipment Performance and Compliance are within specification.


METTLER TOLEDO Service Specialists




The METTLER TOLEDO Service Team understands what it takes to get the best from each instrument. Benefit from the Service Team’s experience and industry knowledge to ensure optimal equipment Uptime, Performance, Compliance and the Expertise necessary to maximize instrument investment.


Take advantage of the experience, skills and thorough know-how of the dedicated Field Service Engineers strategically located around the world and locally - which ensures a timely response.


FBRM® D600L Technology

Replaced with: ParticleTrack G600L

Optimize Crystallization, Particle and Droplet Processes

Particle Track G600L with FBRM® technology can be used for sample analysis, mounted in small scale laboratory vessels (500ml - 10L) or inserted into a continuous pipeline for real-time monitoring. The pneumatic probe design of the ParticleTrack G600L is ideal for use in classified laboratory hoods.

FBRM® (Focused Beam Reflectance Measurement) technology tracks the rate and degree of change to particles, particle structures and droplets as they actually exist in process – at full process concentration. Inline FBRM® measurements help chemists and engineers quickly link process variables to changes in particle dimension, shape and count, enabling faster optimization and scale-up of crystallization, particle and droplet processes.

With FBRM® Technology, users can:

  • Understand how the particle or droplet system responds to changing process parameters
  • Optimize particle or droplet distribution to improve process performance and product quality
  • Transfer the process to manufacturing and achieve batch repeatability and process safety

Specifications

FBRM® [Focused Beam Reflectance Measurement] is a real-time quantitative measurement tracking the rate and degree of change to particles, particle structures, and droplets as they actually exist in process.  The inline FBRM® measurement enables engineers to quickly link particle system dynamics to processing conditions.

Track Particle and Droplet Distributions in Real Time

  1. Optimize Your Particle System – FBRM® tracks the rate and degree of change to particles, particle structures and droplets as they actually exist in process.
  2. Fingerprint Your Particle System – The precise and sensitive FBRM® distributions enables users to fingerprint particle systems based on particle dimension, shape, count.
  3. Control Process Repeatability – FBRM® trends enable users to identify and troubleshoot unexpected process changes.  Therefore, FBRM® can be used to minimize batch failures, improve yield, and troubleshoot scale-up or technology transfer.
  4. Correlate Particle Measurement to Quality and Performance – By understanding the particle performance, chemists and engineers can link upstream process control parameters (addition rate, mixing, or temperature) to downstream process efficiency (filtration/separations efficiency, dissolution rate, etc.) and optimize product quality (yield, bulk density).

After purchasing Lasentec® in 2001, METTLER TOLEDO has become the world leader for inline particle/droplet size, shape, and count characterization.

Specifications

Probe OD: 19mm
Probe length: 406mm
Drive: Air
Bearing: Air
Lab/Plant: Lab
Field unit: D600 + extra connector
Temperature range: -10 to 150°C (standard); -90 to 300°C (optional)
Pressure: 10 bar (standard); customizable (optional)
Material: Alloy C-22
Other options: Sanitary seal probe
Notes: Works with FBRM® S400E probes
 

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