11 Syringe Pump Manufacturers in 2023
This section provides an overview for syringe pumps as well as their applications and principles. Also, please take a look at the list of 11 syringe pump manufacturers and their company rankings.
Table of Contents
What Is a Syringe Pump?
A syringe pump is a machine used to pump or aspirate a precise amount of solution or medicine from a syringe continuously at a precise volume and rate.
There are two types of syringe pumps: those for medical use and those for research and development. Syringe pumps move the syringe's plunger at a constant speed according to the size of the syringe to pump or aspirate precisely at a preset volume and time.
Syringe Pump Applications
There are two main types of uses for syringe pumps: medical and research. The purpose of a syringe pump is to pump or aspirate an accurate amount of solution or drug at a constant rate while controlling the flow rate.
1. Medical Syringe Pumps
Medical syringe pumps are used to administer exact and precise doses of drugs with a single dose of 50 mL or less. Compared to infusion pumps that utilize elastic tubing, rigid syringes are used to ensure accurate infusion.
2. Syringe Pumps for Research and Development
Syringe pumps for research and development are devices used in applications that require high-precision pumping of fluids in pulseless and metered volumes. Applications include flow micro-reactions, reagent drops, pharmacological and animal experiments, and injection into analytical instruments. Fluid volumes may be very small and may have additional characteristics that make them unsuitable for clinical use.
Other applications include dispensing various fluids such as adhesives, silver, solder paste, grease, chemicals, liquid crystals, etc., in manufacturing parts and assembly lines production.
Syringe Pump Principle
Syringe pumps provide constant pumping by fixing the outer cylinder of a syringe and pushing out the inner cylinder with the power of a motor. Stepping motors, which are easily adjustable and can operate at a constant speed, are commonly used for the motor.
When using syringes manually, it is extremely difficult to adjust the flow rate and speed. But with syringe pumps, the motor pushes the syringe out at a constant speed, enabling highly accurate flow rate adjustment and pulsation-free pumping.
How to Choose a Syringe Pump
As mentioned above, you need to first choose one for medical/research and development used separately according to your application. You should then use the one with the functions you need for your intended use case.
1. Medical Use
Syringe pumps for medical use are available for 5, 10, 20, 30, 50, and 100 mL syringes, respectively. It is necessary to select a product that matches the volume of the drug solution to be used and the desired inflow volume.
Some products may alert the user to a buzzer sound until the syringe is properly installed as a safety measure. This is to prevent siphoning, a phenomenon in which a large amount of drug is injected due to a drop when a syringe pump is installed higher than the patient and the syringe pusher is not fixed in place.
Others are equipped with wireless LAN for remote monitoring of the pump's operating status, pulse injection (intermittent injection) settings, and gamma volume calculation value display linked to the injection rate value of the syringe pump itself. Some products also allow two syringes to be attached simultaneously to administer different drugs or to perform continuous infusions.
2. For Research and Development
There are a variety of sizes available, from those for micro-liter liquid volumes to those for 100-mL liquid volumes. First, it is necessary to select the scale that best suits your application. The basic functions also vary depending on the product, ranging from simple pumping-only models to those capable of pumping/aspirating and programmed pumping.
The control unit can be as simple as a dial to set the flow rate or as sophisticated as a microcomputer-equipped type. The remote control cable can also be added to allow remote operation. For example, the drive unit can be installed in a cold room, and the flow rate can be controlled from outside.
Other notable features include the ability to pump high-viscosity liquids such as CMC solutions. Some are set up so that syringe data from major manufacturers can be pre-input and simply selected.
Other Information on Syringe Pumps
1. Incidents Related to Syringe Pumps
Incidents related to syringe pumps include the following:
Incorrectly Entered Pump Flow Rate Settings
Syringe pumps are used to continuously administer drugs at precise volumes and rates, and incorrectly entering the flow rate can result in serious incidents that can be fatal to the patient. Other examples of setting input errors include mistakenly entering the wrong flow rate for Drug A and Drug B, and mistakenly entering the wrong flow rate units.
Failure of the Pump’s Air Bubble Detector
Syringe pumps are normally designed to detect air bubbles and automatically stop pumping, but there have been reports of cases where the pump did not stop and air was pumped to the patient side due to a malfunction of the equipment. Even if maintenance and inspections are performed, such cases can still occur, so it is important to enter the expected volume when using the pump.
In addition, as a background or factor in these cases, lack of knowledge and experience of medical personnel was reported in many cases. Familiarization with the procedure manual and reeducation on how to use it are also important to prevent these cases from occurring.
2. Measures to Prevent Medical Accidents in Setting the Flow Rate of Syringe Pumps
The flow rate setting of Syringe pumps is extremely important, and incorrect operation can lead to serious accidents. In order to prevent accidents and ensure the safe use of syringe pumps, the Ministry of Health, Labor and Welfare (MHLW) has issued a notice entitled "Measures to Prevent Medical Accidents Related to Infusion Pumps.
Since many accidents have been reported due to incorrect input of settings to syringe pumps, this notice calls for the following functions to be installed in the syringe pump device itself
- The flow rate and scheduled volume should not be activated unless both of them are entered.
- If the flow rate is greater than the scheduled volume set, the device shall be made to pause and not to operate unless it is checked again.
- When the power is turned on again, the display of the flow rate and scheduled volume shall be set to 0.
In addition, we request that the screen display be improved as follows so that errors in inputting settings to the Syringe pump can be easily detected.
- The flow rate and scheduled volume shall each be displayed on a separate screen.
- The display of integers and decimals shall be shown with different large differences.
- The decimal point should be displayed as a fixed-point display instead of a floating-point display.
List of 11 Syringe Pump Manufacturers
*Including some distributors, etc.
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Haskel International
Syringe Pumps
Company Overview
Haskel began in 1954 and is now part of Ingersoll Rand. Haskel is a designer and manufacturer of high-pressure industrial gas and liquid handling equipment in three categories: hydrogen refueling, products, and aftermarket. Hydrogen refueling includes, refueling stations, hydrogen compressors, hydrogen compression and transfer, hydrogen valves fitting and tubing. Products include liquid pumps, refrigerant pumps, gas boost compressors, air pressure amplifiers, packaged systems, spare parts, system components, and high pressure valves. Aftermarket support includes support for hydrogen stations, repair, maintenance, service, and spare parts.
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Fluitron, Inc.
Syringe Pumps
Company Overview
Fluitron began in the 1950s and was officially founded in 1976 and operates out of Hatboro, Pennsylvania. In 2022 Ara Partners acquired Fluitron and Bethlehem Hydrogen to establish a hydrogen platform. Today, Fluitron designs and manufactures precision technology for industrial gas compression. Fluitron’s standard products include pressure vessel fabrication and pressure pumps, as well as storage, dispensing, and cryogenic products. Fluitron also offers custom applications such as reactors, CO2 extraction equipment, and containment cells. Fluitron also offers services such as quality control, testing, and other custom designs.
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SAE Manufacturing Specialties Corp
Syringe Pumps
Company Overview
Based in Bayville, NY, SAE Manufacturing Specialties Corp. is an ISO-certified supplier and manufacturer of industrial equipment, chemicals, components, ordinance, electronics, and systems for industries ranging from aerospace to high tech to law enforcement. Examples of product offerings include raw materials, chemicals, and lubricants for industrial purposes to finished products such as security helmets for law enforcement, and military ordnances. SAE also provides research and development as well as technical support for other companies in similar industries.
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Elmo Rietschle
Syringe Pumps and Rotary
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Longer Precision Pump Co., Ltd,
Syringe Pump
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Syringe Pump Manufacturer Ranking
*Including some distributors, etc.Ranking as of March 2023 in United States of America
Derivation Method| Rank | Company | Click Share |
|---|---|---|
| 1 | Hamilton Company. | 40% |
| 2 | Bio-x | 20% |
| 3 | Longer Precision Pump Co., Ltd, | 20% |
| 4 | Elmo Rietschle | 20% |
Ranking as of March 2023 Globally
Derivation Method| Rank | Company | Click Share |
|---|---|---|
| 1 | Hamilton Company. | 33.3% |
| 2 | Longer Precision Pump Co., Ltd, | 33.3% |
| 3 | Bio-x | 16.7% |
| 4 | Elmo Rietschle | 16.7% |
Derivation Method
The ranking is calculated based on the click share within the syringe pump page as of March 2023. Click share is defined as the total number of clicks for all companies during the period divided by the number of clicks for each company.Number of Employees
Newly Established Company
- Bio-x: 2010 (13 years ago)
- Plenum Tech Private Limited.: 2000 (23 years ago)
- Longer Precision Pump Co., Ltd,: 1997 (26 years ago)
Company with a History
- Longer Precision Pump Co., Ltd,: 1997 (26 years ago)
- Plenum Tech Private Limited.: 2000 (23 years ago)
- Bio-x: 2010 (13 years ago)
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