Bench-top Water Aspirator Pump LBWP-T2013

Introduction

Bench-top Water Aspirator Pump delivers a 60 L/min flow rate, ideal for tasks like rotary evaporation and filtration. Its chemical-resistant pump supports consistent vacuum performance during solvent handling. The enclosed build limits wear while maintaining stable suction in extended use. Our Bench-top Water Aspirator Pump suits research labs, academic setups, and analytical environments needing dependable vacuum support.

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 provides a reliable vacuum source for lab procedures involving evaporation, filtration, and degassing. This supports consistent suction performance across solvent handling, compound concentration, and vacuum-assisted workflows in research and academic labs.

Specifications

Flow Rate	60 L/min
Lift	8 m
Pump Body	vacuum bottle, PP Pump head
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

Stable dual-port distribution

Low-resistance internal airflow path

User-friendly drainage mechanism

Uniform suction load handling

Tool-free setup process

FAQs

1. Can the Bench-top Water Aspirator Pump be used for processes involving corrosive chemicals?

Bench-top Water Aspirator Pump is built with a vacuum bottle and PP pump head to handle corrosive chemical vapours reliably. pump resists degradation during exposure to aggressive compounds, making it well-suited for organic synthesis and separation tasks. It minimizes wear even in prolonged use, reducing the need for replacement parts. The protective housing prevents corrosive backflow from damaging internal systems. Its construction ensures long-term stability in academic, pharmaceutical, and quality control labs. This makes it a dependable choice for chemical-intensive workflows requiring sustained vacuum.

2. How does the Bench-top Water Aspirator Pump maintain durability without oil-based components?

Bench-top Water Aspirator Pump features an oil-free design that eliminates friction-based wear inside the unit. pump requires no lubrication, so users avoid fluid refills, filter changes, or contamination concerns. Its dry internal mechanism allows stable operation during prolonged filtration or evaporation cycles. The sealed system protects against vapor intrusion, maintaining long-term reliability. With no oil to manage, it lowers maintenance costs and operational risks. This design is especially useful in clean environments where contamination must be minimized.

3. What advantages does the Bench-top Water Aspirator Pump offer in limited-space lab environments?

The Bench-top Water Aspirator Pump is engineered with a compact body suitable for tight bench spaces and portable setups. It integrates all vacuum components within a self-contained form, reducing clutter and eliminating the need for external accessories. The pump supports mobility without complex disassembly, ideal for labs where space is shared among multiple instruments. Its small footprint allows placement beside rotary evaporators or filtration rigs without rearranging existing equipment. This benefits multi-user laboratories and research institutions with flexible workspace demands.

4. Does the Bench-top Water Aspirator Pump support vacuum applications for multiple instruments simultaneously?

Bench-top Water Aspirator Pump is equipped with dual vacuum ports to run two setups at the same time. system allows parallel use in filtration and evaporation without reducing suction quality. This eliminates the need for duplicate pumps, streamlining space and cost. Internal flow regulation keeps output steady across both ports, preventing drop-offs during operation. It’s especially useful in labs managing multiple researchers or high-throughput tasks. The dual-port feature enhances flexibility without sacrificing performance in shared environments.

5. How does the Bench-top Water Aspirator Pump reduce noise during lab procedures?

The Bench-top Water Aspirator Pump operates with a water-driven vacuum mechanism that produces minimal noise. pump reduces mechanical disturbance by avoiding oil-based components that typically cause vibration and gear grinding. This quiet function is beneficial for labs with sensitive instruments or collaborative spaces where communication is essential. The enclosed structure dampens operational sound, maintaining a calm environment even during extended use. It suits teaching labs, analytical workspaces, and areas with strict noise limitations.

6. Is the Bench-top Water Aspirator Pump suitable for repeated daily use in filtration-heavy workflows?

Bench-top Water Aspirator Pump handles daily filtration cycles with a robust construction that avoids suction loss over time. water-based system prevents overheating during continuous runs, while the internal flow path resists scale buildup that often disrupts performance. It provides consistent vacuum strength across multiple filtering batches. The pump’s reservoir requires fewer refills, allowing longer operation without interruptions. Designed for endurance, it meets the demands of labs engaged in routine separation, purification, or particle removal processes.