Fabtech’s Bin blenders are used to mix powders or work granules with tumbling. Bin blenders are widely used due to the flexibility they offer with different capacities, closed loop material transfer and better mixing efficiency. Bin blenders also allow for improved material handling both upstream and downstream. This operator friendly system, is easy to install, dismantle and clean.

Fabtech’s Bin blenders are used to mix powders or work granules with tumbling. Bin blenders are widely used due to the flexibility they offer with different capacities, closed loop material transfer and better mixing efficiency. Bin blenders also allow for improved material handling both upstream and downstream. This operator friendly system, is easy to install, dismantle and clean.

Fabtech’s Bin blenders are used to mix powders or work granules with tumbling. Bin blenders are widely used due to the flexibility they offer with different capacities, closed loop material transfer and better mixing efficiency. Bin blenders also allow for improved material handling both upstream and downstream. This operator friendly system, is easy to install, dismantle and clean.

Fabtech’s Bin blenders are used to mix powders or work granules with tumbling. Bin blenders are widely used due to the flexibility they offer with different capacities, closed loop material transfer and better mixing efficiency. Bin blenders also allow for improved material handling both upstream and downstream. This operator friendly system, is easy to install, dismantle and clean.

Fabtech’s Bin blenders are used to mix powders or work granules with tumbling. Bin blenders are widely used due to the flexibility they offer with different capacities, closed loop material transfer and better mixing efficiency. Bin blenders also allow for improved material handling both upstream and downstream. This operator friendly system, is easy to install, dismantle and clean.

Fabtech’s Bin blenders are used to mix powders or work granules with tumbling. Bin blenders are widely used due to the flexibility they offer with different capacities, closed loop material transfer and better mixing efficiency. Bin blenders also allow for improved material handling both upstream and downstream. This operator friendly system, is easy to install, dismantle and clean.

Thermolab Scientific Chambers are perfectly designed for the high requirements of stability studies and climatic tests. With Stability Chambers specifically developed to meet FDA/ICH stability requirements generating exceptional control and uniformity of both temperature and humidity. Thermolab Stability Chambers feature various safety feature, audio visual alarms, 21 CFR part 11 software and a vast range of options and is the most preferred choice for stability studies. Every Thermolab Scientific Chamber repeatedly produces required conditions, structural integrity that keeps the chamber working properly through years of demanding test cycles and measuring equipment’s that precisely records all test data.

Dual BOD incubator Temperature: Upper Chamber: 20°C to 60°C Lower Chamber: 20°C to 60°C Dual Cooling Cabinet Temperature: Upper Chamber: 2°C to 8°C Lower Chamber: 2°C to 8°C Dual Cooling BOD Temperature: Upper Chamber: 2°C to 8°C Lower Chamber: 20°C to 60°C Dual Cooling Freezer Temperature: Upper Chamber: -20°C ± 5°C Lower Chamber: 2°C to 8°C

Thermolab Vertical Sterilizers are engineered to deliver reliable and efficient steam sterilization for laboratories, research facilities, and pharmaceutical applications. Designed with a compact footprint, they optimize space without compromising performance. Built for durability and operational safety, the systems ensure uniform heat distribution, precise temperature control, and consistent cycle repeatability. With user-friendly controls and robust construction, Thermolab Vertical Sterilizers provide dependable performance aligned with regulated industry requirements.

The Steritest® NEO is a closed membrane filtration sterility testing system designed to meet the stringent requirements of the pharmaceutical, biotechnology, and cosmetic industries. Compliant with USP <71>, Ph. Eur. <2.6.1>, and JP <4.06> pharmacopoeias, it effectively detects the presence of microbial contaminants in sterile products. Its closed-system design minimizes the risk of environmental contamination and ensures reliable results, while reducing the risk of false positives or improper handling. The process includes all critical steps—filtration, rinsing, media transfer, and incubation—in a sealed device, avoiding exposure to ambient air. The system consists of several pre-assembled sterile modules, compatible with various container types (vials, ampoules, bags, etc.), and is designed for use with Steritest® Symbio pumps, optimized for different environments (laminar flow cabinets, isolators, etc.). The ergonomics of the modules, simplified connectors, and clear component orientation save time while ensuring intuitive and standardized handling. The result is a faster, safer, and GMP-compliant workflow. The Steritest® NEO represents the benchmark in sterility testing, combining microbiological safety, analytical performance, and ease of use.