Bench-top Water Aspirator Pump LBWP-T2011

Introduction

Bench-top Water Aspirator Pump features a pumping rate per tap of 10 L/min, supporting steady vacuum generation for lab setups. The integrated water reservoir reduces reliance on external connections, improving workflow consistency. The compact benchtop design saves workspace and allows easy relocation between stations. Our aspirator pump is ideal for vacuum filtration and rotary evaporation in educational and research laboratories.

This vacuum pump is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Bench-top Water Aspirator Pump is designed to generate consistent vacuum pressure for filtration and evaporation tasks in laboratory environments. This compact pump supports processes such as rotary evaporation, vacuum filtration, and solvent removal across academic, analytical, and research labs.

Specifications

Flow Rate	60 L/min
Lift	8 m
Pump Body	1Cr18, Pump head stainless steel
Maximum Vacuum	0.098 MPa
Pumping Rate per Tap	10 L/min
Vacuum Connection	2 ports
Water Reservoir	15 L
Power	180 W
Dimensions (L×W×H)	400×280×420 mm
Net Weight	15 kg

Features

Splash-guarded top reservoir lid

Chemical-resistant water outlets

Reinforced pump housing wall

Tilt-safe equipment alignment frame

Isolated motor cooling pathway

FAQs

1. Why does the Bench-top Water Aspirator Pump include dual vacuum ports and how does this benefit laboratory setups?

Bench-top Water Aspirator Pump incorporates dual vacuum ports to enable simultaneous operation of two independent processes. This design supports labs conducting parallel filtrations or rotary evaporations without compromising vacuum performance. By separating workflows, the pump minimizes workflow interruptions, particularly in environments with overlapping schedules. The dual-port setup reduces idle time for equipment and personnel, increasing task throughput. It allows one port to continue functioning even if the other is paused or adjusted. The vacuum channels are designed to prevent pressure conflict, supporting stable draw. system enhances collaboration in shared laboratory benches. Compact layout ensures this added capability doesn’t require more space.

2. How does the Bench-top Water Aspirator Pump handle prolonged use without constant supervision?

The Bench-top Water Aspirator Pump is equipped to support long sessions of vacuum operation without user intervention. Its high-capacity internal reservoir eliminates the need for frequent water replacements, particularly during extended filtration or evaporation runs. The design prioritizes reduced refill frequency to accommodate continuous scientific workflows. Built-in safeguards regulate pump load and protect internal components during longer cycles. Thermal resilience is maintained to support operations that stretch over multiple hours. It’s suitable for multi-process environments where users manage several instruments at once. The reservoir capacity is calibrated to meet typical batch operation demands. pump reduces downtime caused by maintenance pauses.

3. What makes the Bench-top Water Aspirator Pump suitable for tasks involving sensitive chemicals or vapours?

Bench-top Water Aspirator Pump is built with materials selected for chemical compatibility, making it an ideal solution for handling aggressive vapors and reactive fluids. Its construction reduces the risk of corrosion or degradation over repeated exposure. The wetted parts resist interaction with volatile solvents and acids, ensuring consistent vacuum strength. This enhances safety during distillation, filtration, and solvent recovery. The pump's housing and connectors remain stable even when used in chemically intensive processes. system promotes contamination-free operation over long-term cycles. It is also beneficial in analytical environments requiring low trace interference. High integrity is preserved under challenging fluid conditions.

4. Is the Bench-top Water Aspirator Pump effective in shared or compact laboratory workspaces?

The Bench-top Water Aspirator Pump is engineered with a vertically efficient form, making it suitable for labs with limited bench area or shared installations. Its footprint allows users to place it alongside other instruments without overcrowding. The upright design enables operators to utilize overhead shelving or storage without interference. pump minimizes cable and hose clutter due to rear-access fittings and thoughtful port placement. This makes the pump adaptable to modular setups or mobile workstations. Its portability also allows movement between different work zones when bench space is reorganized. Integrated carrying options further support this mobility. It’s ideal for collaborative lab layouts.

5. How does the Bench-top Water Aspirator Pump reduce the need for frequent maintenance?

Bench-top Water Aspirator Pump integrates wear-resistant components that reduce service demands even under high-duty cycles. Non-lubricated systems eliminate issues tied to oil residue buildup, preventing internal fouling. The pump maintains consistent draw strength with minimal part replacement over time. Internal water pathways are designed to resist scaling and sediment accumulation, which lowers the need for frequent cleaning. The motor and seals are protected from common failure points through careful system insulation. Quick access to key parts ensures that when maintenance is needed, it is easy and fast. For research facilities, this minimizes downtime and extends product lifespan.

6. Can the Bench-top Water Aspirator Pump support both wet and dry laboratory operations effectively?

The Bench-top Water Aspirator Pump is designed to function across varied applications, including wet chemistry setups and dry analytical tasks. It effectively supports operations such as solvent filtration and sample concentration, while also maintaining stable vacuum draw for dry procedures like desiccation. pump avoids vacuum fluctuations even with abrupt shifts in process type. The device accommodates mixed lab schedules where wet and dry tasks are alternated without equipment changeover. It offers stable suction strength regardless of media type. A splash-resistant housing helps safeguard the unit in case of spills. These features allow the pump to flexibly match lab priorities.