Peristaltic pumps
Miniature peristaltic pumps in the flor range from nl up to litre.
Product overview
Ultra miniature peristaltic pump (under development)
Special micro pump for portable systems (Insultin-Systems for example)
- Dimensions only 11 x 37 x 12mm
- Flow or dosage of few micro litres (0,6 µl / rotation)
Miniature Chip Pump
This system integrates a peristaltic pump into a PDMS chip. The liquid inside the channels of the chip is pumped from the rollers to a peristaltic pump by squeezing the fluidic channels. Only the replaceable PDMS chip gets into contact with the media.
RP-TX Series
Miniature peristaltic pump with stepper motor for dosing or pumping very small volumes of liquids. Due to the exchangeable of the pump head, this pump offers a maximum of flexibility.
- Flow rate range: 0.03 - 40µl/min (stepper motor)
- Channels: 1
RP-Q1 & RP-QX Series
Miniature peristaltic pump - 32.0 x 20.0 x 46.0 mm (L x W x D) - for pumping very small volumes of liquids.
- Flow rate range: 0.50 - 1.00ml/min
- Channels: 1
RP-QII & RP-QIII - stepper motor peristaltic pump
RP-QII / QIII peristaltic pump version with stepper motor for precise control of a wide flow range.
The exchangeable pump head can be sterilized.
RP-HX Series
Miniature peristaltic pump with stepper motor for dosing or pumping very small volumes of liquids. Easily exchangeable pump head with magnetic mechanism
- Flow rate rates from 2 - 400 μl/min, 2 - 350 μl/min or 5 - 1000 μl/min (depending on the tube size with stepper motor)
- Channels: 1
RP-QII & RP-QIII Series
Miniature peristaltic pump with exchangeable pump head
- Flow rate range 0.45 - 3.0ml/min
- Channels: 1
RP-RO 6-channel micro peristaltic pump
Miniature peristaltic pump with 6 channels - 84.0 x 31.0 x 32.0 mm (L x W x D) - for pumping of up to 0.8 ml/min per channel (DC-Motor), 0.23 - 350 μl/min per channel (Stepper-Motor)
- Tube: Silicone 1.0 x 2.0 mm
- Channels: 6
- Easy changing of Tubes
RP-CIII Series
Small peristaltic pump with easily exchangeable pump head using a snap mechanism.
- 2ml/min | 3ml/min
- Tubes: Silicone | Pharmed®
RP-H - Ring Pump with sterilizable pumphead
- Different motor versions available
- The pump head can be easily changed using a magnetic mechanism
- The pump head can be sterilized
- Flow rate up to 10ml/min
- Tubing: Silicon, PharMed BPT, Versilon, TM-15
RP-HIII – Ring Pump 0.06 – 45 ml/min – Pump head replaceable & sterilizable
Peristaltic pump with stepper motor and sterilizable, easily replaceable pump head
- 0.06 (at 0.3 rpm) to 45 (at 250 rpm)
- Silicone | PharMed BPT | Transmaster TM-15
RP-GIII Series
Miniature peristaltic pump with DC brush motor for pumping liquids.
- 2.5 ml/min to 12 ml/min
- Tubes: Silicone | PharMed® | Fluran
RP-GII Series
Miniature peristaltic pump with DC brush motor for pumping liquids.
- 10ml/min to 45ml/min
- Tubes: Silicone | PharMed® | Norprene® | TM-15
RP-2GII Series
Miniature double head peristaltic pump with DC brush motor for pumping liquids.
- 20ml/min to 80ml/min
- Tubes: Silicone | PharMed® | Norprene® | TM-15
RP-HII – Ring Pump 0.2 – 200 ml/min – Pump head replaceable & sterilizable
Peristaltic pump with stepper motor and sterilizable, easily replaceable pump head
- 0.2 (at 0.3 rpm) to 200 (at 250 rpm)
- Tygon A-60-F | SWFT | Versilon F-5500-A | PharMed BPT | Transmaster TM-15
RP-M Series
Durable peristaltic pump with DC brush motor.
- 10ml | 20ml | 40ml | 50 ml | 65 ml | 0.2 to 60 ml/min
- Tubes: Silicone | PharMed® BPT | Transmaster TM-15 | SWFT | Tygon A-60-F | Versilon F-5500-A
RP-KII Series
Peristaltic pump with DC brush motor.
- 50ml | 100ml | 150ml | 200ml | 250ml
- Tubes: Silicone | Norprene® | TM-15
RP-WII Series
Peristaltic pump in robust design - 24VDC.
- 350ml | 500ml | 0,8 to 700 ml
- Tubes: PharMed® BPT
RP-S Series
Peristaltic pump with large flow rate.
- 500ml | 700ml | 800ml | 0.7 to 600 mL/min
- Tubes: Norprene® | PharMed® BPT | Transmaster TM-15 | Tygon A-60-F
RP-2S Series
Double-head peristaltic pump with large flow rate.
- 1000ml | 1400ml | 1600ml | 2 - 1300 mL/min
- Tubes: Silicone | PharMed® BPT | Tygon A-60-F | Transmaster TM-15
Precision peristaltic pump T100-WX10
- From 2.5 µl/min with 0.5 x 0.8 mm (ID x WT) tubing and 0.1 rpm.
- Up to 40ml/min with 3.0 x 1.0mm (ID x WT) tubing and 100 rpm.
- With 4 or 8 roller pump head
- High precision
Precision peristaltic pump T100-S320 - with up to 2 channels
- Up to 42ml/min with 3.2mm ID-tubing.
- Pump head with one or 2 channels made of POM or PVDF.
- High precision
Precision peristaltic pump T100-JY15
- From 0.118ml/min with 4.8 x 1.6mm (ID x WT) tubing and 0.1 rpm.
- Up to 170ml/min with 6.4 x 1.6mm (ID x WT) tubing and 100 rpm.
- High precision
Precise peristaltic pump for different pump heads
- Speeds: 0-100rpm, 0-300rpm, 0-600rpm
- Resolutions: 0.1rpm, 1rpm
- Optional with electronics: in versions with control mode
Precise laboratory peristaltic pump with large 7" display
- Speed：0.1 - 100rpm | 300rpm | 600rpm
- CW/CCW
- Speed resolution：0.1rpm resolution (at <100rpm), 1 rpm (at >=100rpm)
- Flow rate：0.15µl/min - 3000ml/min
Multi-channel peristaltic pump BT100-1L
- Precise pumping with up to 24 channels
- Cassette pump heads for tube sets
- Low-pulsation pumping with pump heads with 6 or 10 rollers
High-precision microliter laboratory peristaltic pump - 0.01 rpm resolution
- With precise speed control in 0.01rpm resolution (10000:1 turndown ratio), and flow rate calibration function.
- High accuracy.
- Flow rates: 0,00015ml/min-500ml/min
- Max. Number of Channels: 8
Laboratory peristaltic pump standard type BT100 - 0,2µl/min - 380ml/min
- Inexpensive laboratory peristaltic pump suitable for many pump heads
- Precise resolution up to 0.1 rpm
- Flow Rates: 0-380mL/min
ndustrial peristaltic pump for pharmaceutical and biotechnology IP66
- Designed for biopharmaceutical and industrial applications with a wide flow rate range from 1.1 mL/min to 17 L/min
- Available in stainless steel and cast aluminum housing
- IP66 protection class for wet and dusty environments
- Meets 21CFR Part 11 and GMP laboratory requirements through three-level user authority management with electronic signature and audit trail functions
Precise laboratory peristaltic pump up to 3000 ml/min - IP65
- With aluminium alloy housing, the pump has a good corrosive resistance and could be used in corrosive environment.
- With high IP rating (IP 65), the pump could be used in wet and dusty environment.
- Flow rates: 0-3000 ml/min
Information about miniature peristaltic pumps
Peristaltic pumps are used in medical, analytical and industrial technology in a wide variety of applications. For example, as dosing pumps, feed pumps for samples in the laboratory or blood in dialysis machines, as rinsing pumps for cleaning applications or in automatic beverage dispensers.
Usually the peristaltic pumps are self-priming and push the medium in the inserted tube by pinching and moving it with one or more rollers. The roller system is usually designed to squeeze the tube at least at one point at any time, which stops the flow of the medium when the pump is switched off - like a valve. In addition to silicone tubes, there are also tubes available, which are made of resistant materials such as Pharmed®, Marprene®/Bioprene®, Norprene® or Tygon®, enabling a wide range fluids. With this type of pump it is also possible to pump higher viscosity fluids or fluids with larger particles.
Depending on the application and life-time of the tubes, it may be necessary to change the tube in certain maintenance intervals. This is possible with some pump heads by changing the tube with the head. Usually maintenance-friendly mechanisms such as flaps, rotary or snap mechanisms are developed for this purpose.
For dosing applications, peristaltic pumps with a stepper motor are particularly suitable as a drive, because individual dosing intervals can be controlled precisely . By usning less rollers with a larger diameter, the life-time of the inserted tube will increase and the maintenance intervals can be extended.
Miniature peristaltic pumps according to the Ring Pump principle
The innovative miniature peristaltic pumps, based on the Ring Pump principle, operate with a single eccentrically rotating roller. This solution enables the smallest designs and minimum flow rates in the lower microlitre range which makes it possible to use them in microfluidics.
Maintenance intervals and tube life-time significantly extended
Due to the Ring Pump mechanism, the maintenance intervals of these pumps can be significantly increased compared to standard peristaltic pumps. In applications with operating times of several minutes per day, the tubes (e.g. Norprene®, Pharmed®) of the pumps can usually be used for many years. The gentle squeezing of the tubes significantly reduces the risk of sticking, especially if the pump is operated at regular intervals. Further optimizations of the Ring Pumps enable extremely long tube operating times. Read more about this pump system in the technical information on Ring Pump peristaltic pumps. A selection of these pump types can be filtered in the list above.
Overview of Ring Pumps with lower flow rates
Overview of Ring Pumps with higher flow rates
Precise peristaltic pumps with stepper motor
The stepper motor-controlled peristaltic pumps enable precise control of liquid flow over a wide range. The stepper motor with a speed of up to 100 rpm can be controlled with a resolution of 0.1 rpm. The electronics required for this are optionally available and offer various control options, for example with external signals such as 4-20 mA, 0-5 V, 0-10 V, 0-10 kHz or via the RS485 interface.
Various pump heads for an easy change of the tube, allow userfriendly and quick maintenance for the end user. Furthermore, the pump heads can be equipped with a wide variety of tube sizes and tube materials - possible tube materials are, for example, silicone or PharMed®.
Multiple channels in one pump head or pump heads with up to 10 rollers for reduced pulsation offer solutions for demanding applications such as biotechnological and pharmaceutical devices.
For laboratory applications, we also offer these pumps with housing and control. An overview of these pumps and further information can be found under fluidic systems.