Syringe Pump

Name: Syringe Pump
Brand: Ossila
Price: 1680.0 USD
Availability: InStock

Lab Equipment, Life Science Equipment, Solar Cell Prototyping Platform, Syringe Pumps, Thin Film Coating

Type G

Used in the UK, Ireland, Saudi Arabia, Hong Kong, and the UAE.

Type F

Used in the EU (except Ireland), Korea, Russia, Egypt, and mainland China.

Type B

Used in the USA, Canada, Japan, Taiwan, Mexico, and mainland China.

Type I

Used in Australia, New Zealand, and mainland China.

Country not listed? We ship worldwide. Please contact us if you are not sure which plug type you need.

Low Price, Compact, and Programmable Syringe Pump

Laboratory syringe pump for the precise infusion and extrusion of solutions

The Ossila Syringe Pump is built to be affordable, powerful, and precise. Our innovative design is compact and can be seamlessly integrated with external systems. Pre-programme simple or complex sequences using our intuitive in-built software, or connect to a computer and control using simple serial commands.

Our syringe pump is compatible with a range of syringe sizes, from 0.5 μl to 60 ml. It also features adjustable force control, safety switches, and stall detection. The single pump driver offers equal force control in infusion and withdrawal modes. These features make the syringe pump ideal for controlled delivery of a single solution.

For more complex experiments, upgrade to our dual syringe pump. With two laboratory syringe pumps in one, each pump can be controlled independently and operated in either infusion or withdrawal mode.

Precision Timing

With automatic dispensing

Lightweight

Lightweight and durable construction

Precision Motion

Quality motors for sensitive experiments

Two-Year Warranty

Buy with confidence

Ossila Syringe Pump Product Overview

Specifications

Syringe Channels	1
Operation Modes	Infusion and withdrawal
Minimum Syringe Size	0.5 μl
Maximum Syringe Size	60 ml
Safety Features	Limit switches, Crashing sensing
Power	24 V DC, 2.0 A
Power Supply Input Voltage Range	100 – 230 V, 50/60 Hz, 50 VA
Operating Temperature/Humidity	5 °C to 40 °C (41 °F to 104 °F); Up to 80% RH at 31 °C (87.8 °F)
Overall Dimensions (W x H x D)	240 mm x 150 mm x 150 mm (9.8" x 6.1" x 6.1")

Ossila Single Syringe Pump wireframe — Ossila Syringe Pump wireframe

Motor

Motor Type	NEMA 17 Stepper Motor
Step Angle	1.8°
Steps per Full Revolution	200
Screw Pitch	1 mm
Travel per Step	5 µm
Maximum Linear Force	500 N

Driver

Micro Stepping	1/128
Micro Steps per Revolution	25,600
Maximum Speed	1000 steps. s^-1; 5mm.s^-1; 300mm.min^-1
Minimum Speed	0.015 steps.s^-1; 75nm.s^-1; 4.5µm.min^-1
Rate Accuracy**	±0.16%

** The Ossila Syringe Pump has a stepping accuracy of 0.16%, which gives a rate accuracy of 19 nm.s^-1. In practice, the accuracy of the flow rate from a syringe pump depends on the accuracy of the driver and the syringe diameter. Different syringes have different manufacturing tolerances. The diameter of plastic disposable syringes can vary by up to 3%, resulting in an error in dispense rate of up to 6%. Glass and stainless steel syringes have a higher tolerance, with a maximum of 0.5% variation in the internal diameter and volume error of up to 1%.

Software

Number of Programs	10
Steps per Program	100
Syringe Size Settings	5 pre-sets, 1 customisable diameter
Force Tuning	5% to 100% (5% increments)
Memory	Non-volatile memory

Syringe Compatibility

Syringe Types

Norm-Ject syringes

Henke Sass Wolf (HSW)

Terumo Plastic

Hamilton Gastight

Hamilton Microliter

Air-Tite Syringes

BD Plastic

BD Glass

SGE Syringes

and more...

Maximum and Minimum Flow Rate

The maximum and minimum flow rate of the syringe pump is determined by the stepping rate of the motor and the diameter of the syringe. Maximum and minimum flow rates for some common syringe sizes are shown below. By choosing the correct syringe diameter, it is possible to achieve a range of dispense rates spanning 8 orders of magnitude.

Syringe Volume	Syringe Diameter	Minimum Flow Rate	Maximum Flow Rate
0.5 µl	0.103 mm	0.6 pl.s^-1 (2.1 nl.hr^-1)	42 nl.s^-1 (0.15 ml.hr^-1)
10 µl	0.46 mm	12.5 pl.s^-1 (45 nl.hr^-1)	0.8 µl.s^-1 (3 ml.hr^-1)
100 µl	1.46 mm	0.1 nl.s^-1 (0.36 µl.hr^-1)	8.4 µl.s^-1 (29.8 ml.hr^-1)
1 ml	4.61 mm	1.3 nl.s^-1 (4.7 µl.hr^-1)	84 µl.s^-1 (298 ml.hr^-1)
5 ml	10.3 mm	6.3 nl.s^-1 (22.7 µl.hr^-1)	0.4 ml.s^-1 (1.5 l.hr^-1)
50 ml	32.6 mm	62.6 nl.s^-1 (225 µl.hr^-1)	4.2 ml.s^-1 (15 l.hr^-1)

Product Certification and Standards

Machinery Directive 2006/42/EC

EMC Directive 2014/30/EU

RoHS Directive 2011/65/EU

UKCA

Supply of Machinery (Safety) Regulations

Electromagnetic Compatibility Regulations

Restriction of the Use of Certain Hazardous Substances in Electrical and Electronic Equipment Regulations

International Standards

BS EN ISO 12100:2010 Safety of Machinery - General Principles for Design - Risk Assessment and Risk Reduction

User Manual

Syringe Pump user manual

Syringe Pump Features

Precise Solution Dispensing

The Ossila Syringe Pump uses high quality motors and our unique driver technology. With over 25,000 microsteps per revolution, the smooth motion enables ultra-low dispense rates and volumes with incredible accuracy. Ideal for highly sensitive experiments that require precise liquid dispensing at a controlled rate.

Broad Syringe Compatibility

Our universal syringe clamp is designed to fit a wide range of syringes, from 0.5 μl to 60 ml in volume, and is compatible with syringes from all major brands. For most applications, we recommend Norm-Ject Disposable Luer Lock Syringes.

Programmable for Intuitive Control

With built-in software, the syringe pump can store up to 10 programs, each of which can have up to 100 steps. Take advantage of this flexibility to run experiments with ease, while maintaining complete control. The interface is simple, so you can expect a user-friendly experience even when programming complicated routines.

USB Connectivity

The new Syringe pump can easily connect to and receive commands from external systems. Simply link it to a computer and control using simple serial commands. This feature means it can be more easily integrated into a wide variety of experimental systems. This is also great when controlling more complex experiments and processes.

High Force Capacity in Both Withdrawal and Infusion Modes

High Maximum Available Force

The new Ossila Syringe Pump design increases the maximum available force during both infusion and withdrawal modes. This higher capacity means that the Syringe Pump can handle a wide range of solution viscosities. It can deal with higher levels of back pressure, which can be useful for systems with long tubing, small diameters, or dispensing into pressurized environments.