DESCRIPTION:
- Mobile sieve to work in the field
- Highly versatile.
- Interchangeable.
- Adjustable height.
- Low maintenance.
MOTION 3D:

| Voltage (V) | Frequency (Hz) | r.p.m | Power (kW) | Weight (Kg) | |
| FTIS-0450 | 380 | 50 | 1500 | 0,155 | 42 |
| FTIS-0600 | 0,300 | 47 |
CENTAURO is a compact, light, mobile circular sieve shaker. It is frequently used to carry out on-site checking and safety sieving as it can easily be taken from place to place. It can be used both for liquids and solids.
DESCRIPTION:
MOTION 3D:

| Voltage (V) | Frequency (Hz) | r.p.m | Power (kW) | Weight (Kg) | |
| FTIS-0450 | 380 | 50 | 1500 | 0,155 | 42 |
| FTIS-0600 | 0,300 | 47 |
The AS30 HPTLC Sample Applicator is a semi-automatic device that ensures precise and repeatable sample application using advanced spray-on technology to protect the layer integrity and optimize accuracy. Its modular design and compatibility with automation systems like the BS35 auto-sampler make it a cutting-edge solution for high-precision HPTLC analysis.
Analytical Balances
Radwag offers a comprehensive range of moisture analyzers designed to measure moisture content accurately and efficiently in various materials. These instruments cater to industries such as pharmaceuticals, food production, and chemical processing, ensuring precise moisture determination for quality control and process optimization.
The Unopex B 230 spray dryer is a state-of-the-art pilot-scale device designed to meet the spray drying needs of various industries such as food, pharmaceuticals, and cosmetics. With a maximum evaporation capacity of 6 kg/h and an inlet air temperature of up to 250°C, the machine ensures high efficiency and production flexibility.
The Unopex B 15 Mini Spray Dryer is a laboratory-scale spray drying device designed for producing powders from aqueous solutions and organic solvents. It is ideal for research, product development, and small-scale applications in various industries such as food, pharmaceuticals, chemicals, cosmetics, and advanced materials.
Dissolution Tester
DISSOLUTION MEDIA HEATING, DEGASSING, AND DISPENSING EZFILL+ – DISTEK
Many of the main causes of OOS dissolution tests and qualification failures are related to media deaeration and dispensing. The ezfill+, with method controlled automated deaeration and dispensing, makes media preparation simple and error free. Reports that include method parameters and user information allow tracking your media preparation as part of a complete data integrity solution. All made possible on a stand-alone basis by a built-in controller using a brilliant touch screen. The unique compact design and optional mobile cart lets one easily move the unit from bath to bath, while the available remote dispensing nozzle allows directly filling vessels in place. The ezfill+ is compatible with most dissolution baths on the market.
Stability Chamber & Walk-in
Walk-In Incubators are designed for precise temperature control, ideal for large-scale sample storage, microbial research, or any laboratory applications requiring spacious environmental conditions.
Dissolution Tester
The Distek Eclipse 5300 Automated Dissolution Sampler provides fast and accurate sampling via precision syringe pumps. By removing valves and rotary pumps and optimizing the sample pathway with a minimal 4.5 mL internal volume, reliability is enhanced and sample carryover is minimized. For economical sampling from two dissolution baths, a more affordable ‘child’ sampler can be added, allowing both baths to run identical or separate methods. Additionally, the optional integrated filter changer replaces tedious manual filtering, and saves space compared to standalone automated filtering units.
The FAS305 Automated HPTLC Sample Applicator is a fully automated system combining the AS30 applicator and BS35 auto-sampler, capable of handling up to 80 samples for precise and consistent application on TLC plates. Its space-saving design, automated cleaning, and user-friendly software make it an ideal solution for high-throughput HPTLC analysis with minimal manual intervention.