LTCZ Laminar Trasfer Vehicle

Simple Description

LTCZ laminar flow transfer vehicle can provide a local clean environment for materials or sterilized utensils and items during the movement process, which ean effectively avoid external pollution during the movement process.
The air flows through the working area from the top to the bottom through the high-efficiency filter fan unit to purify and protect  the medicine. The positive pressure inside the equipment prevents the entry of air in low-level areas. Carry built-in power supply, optional lifting platform to achieve a variety of height docking.
It is one of the air purification equipment designed to provide clean mobile protection.
Suitable for pharmaceutical, food and fine chemical industries. Comply with GMP and FDA requirements.
Suitable for powder transfer of sterile products.

Working Principle

Through the subsidence type low-pressure airflow all flows in the operation area, creating a clean (sterile) local environment.    During the operation,about  10% to  15% of the circulating air is discharged, so that the negative pressure inside the weighing    hood is slight, so as to avoid the leakage of dust during the weighing sampling process, and to ensure the safety of the operator and the clean environment outside the operation area.

Features

• The overall use of 304 brushed stainless steel.
• Simple structure, easy to clean.
• Self-provided electric cylinder, can adjust the height of the wind outlet.
• Adjustable wind speed, reliable operation, equipped with high-efficiency fan, low energy consumption.
• Filter pressure difference display device, real-time display of effective operation of high-efficiency filter.
• Equipped with PAO dust emission and test port for high efficiency filter leakage verification.
• High-tech polyurethane casters, shockproof and wear-resistant.
• Optional imported sterile gloves are available to facilitate isolation operations.
• It can be seamlessly connected with the sterilization cabinet and the target equipment, with high efficiency and full-level laminar flow protection.