Enzyme Timing Dispensing Pump POPS 550ml Dosing

Description

Product Overview

The Enzyme Timing Dispensing Pump from POPS Technologies is engineered for laboratory precision and reliability. Featuring a diaphragm pump mechanism, it can move up to 550 milliliters per minute while lifting fluid to a height of 48 inches. The unit measures 171 mm in length, 148 mm in width, and 65 mm in height, and weighs only 400 grams, making it compact enough to fit on any benchtop. Power is supplied either by a set of AA batteries or a 5 V DC power adapter, providing flexibility for both mobile and stationary applications. The pump includes a main unit, a battery cartridge, a power adapter, and essential accessories, ensuring you have everything needed for immediate operation. Its robust construction, combined with a self‑prime capability of 1.2 meters, guarantees consistent performance even when handling viscous enzyme solutions.

Usage

This dosing pump excels in a variety of laboratory settings, from biochemistry research to quality‑control labs that require exact enzyme concentrations. The 5‑program programmable control lets users store and recall specific flow rates, simplifying repetitive tasks such as titration, sample preparation, and reagent dispensing. Because the pump can operate on battery power, it is ideal for field work, portable labs, and situations where a stable power source is unavailable. The 48‑inch lift capability enables dispensing into tall reaction vessels, multi‑well plates, or custom reactors without the need for additional lifting equipment. Its low operating temperature threshold (>5 °C) ensures reliable performance in most ambient lab environments.

Why Choose Us

POPS Technologies has a reputation for delivering high‑quality scientific equipment that meets rigorous industry standards. This pump is manufactured with precision‑molded components that resist corrosion from aggressive enzyme solutions, extending the product’s lifespan. Each unit undergoes thorough testing to verify flow accuracy, lift performance, and battery endurance before it reaches the customer. POPS also provides responsive technical support and a comprehensive warranty, giving users confidence that any issues will be addressed promptly. The combination of durable construction, flexible power options, and programmable control makes this pump a cost‑effective solution for laboratories seeking dependable dosing equipment.

Key Features

• High flow rate of 550 ml/min ensures rapid dispensing of enzyme solutions.
• 48‑inch lift capability allows dispensing into tall vessels without additional equipment.
• Dual power options—AA batteries or 5 V DC adapter—provide uninterrupted operation in any setting.
• Five programmable speed settings enable quick selection of precise dosing rates.
• Dedicated after‑sales support and warranty from POPS Technologies for peace of mind.

FAQ

What types of fluids can the pump handle?

The pump is designed for aqueous solutions, including enzyme mixtures, buffers, and low‑viscosity liquids. Its diaphragm design also tolerates mildly viscous fluids, but extremely thick or particulate‑laden solutions may require pre‑filtration.

Can the pump operate continuously?

Yes, the pump can run continuously when powered by the DC adapter. When using AA batteries, continuous operation is limited by battery life; however, the pump’s low power consumption allows several hours of use before replacement.

How do I program the five speed settings?

Press the control knob to cycle through the speed levels. Each press stores the current flow rate as a preset. The settings are retained even after power is removed, allowing quick recall for future experiments.

Is the pump compatible with standard lab tubing?

Yes, the pump includes standard 1/4‑inch inlet and outlet ports that accept most laboratory tubing sizes. Adapters are provided in the accessory kit for additional compatibility.

What is the warranty period?

POPS Technologies offers a one‑year limited warranty covering manufacturing defects and component failures under normal use conditions.