PHD ULTRA SYRINGE PUMP
The most advanced syringe pump available on the market!
The PHD ULTRA™ Syringe Pump is the newest addition to the Harvard Apparatus pump line. This high-accuracy pump family was designed for maximum versatility – incorporating a microprocessor controlled small step angle stepping motor to drive a lead screw and pusher block.
In the PHD ULTRA™ Syringe Pump, advanced micro-stepping techniques are utilized to further reduce the step angle and eliminate flow pulsation. New mechanical drive mechanism and syringe holding mechanics were used for achieving the highest performance of any syringe pump. The pump is engineered to provide accurate flow within 0.35% and reproducibility within 0.05%.
EZ PRO Software and user interface allow easy programming of methods from simple to complex, all without the use of a PC: easy-to-use GUI interface, advanced colour touch screen display, advanced methods architecture, pre-programmed quick start and advanced methods and alphanumeric reporting capability.
This new technology brings new levels of versatility: advanced configurations of racks and flow rates, versatile selection of models, largest selection of accessories, superior connectivity options and advanced fluidics features.
The PHD Ultra is the solution for your most demanding fluidics applications. This pump represents the latest technology in syringe pumps and was developed utilizing the feedback of the world's largest populations of syringe pump users.
Key features
- Achieves the highest performance of any syringe pump
- New advanced patented flow control mechanics
- New EZ PRO™ advanced software for programming and control
- High resolution colour touch screen interface
- New levels of versatility of configuration to optimize your set-up
- Works in horizontal or vertical position
- Maximum versatility of models and connectivity
Specifications
| Accuracy |
±0,35% |
| Reproducibility |
±0,05% |
| Syringes (Min./Max.) |
0.5 microl/140 ml |
| Flow rates - minimum (0.5 microl syringe) |
1.56 pl/min |
| Flow rates - Maximum (140 ml syringe) |
220.97 ml/min |
| Linear force (max) |
34 kg (75lbs) at 100% Force Selection |
| Drive motor |
0.9° Stepper Motor |
| Motor Drive Control |
Microprocessor with 1/16 microstepping |
| - |
Please check out the catalogue for further specifications details... |
| Standard version |
- |
| 70-3005 |
PHD ULTRA™ Infuse Only (Stand Alone) |
| 70-3105 |
PHD ULTRA™ Infuse Only (Remote) |
| 70-3006 |
PHD ULTRA™ Infuse/Withdraw (Stand Alone) |
| 70-3106 |
PHD ULTRA™ Infuse/Withdraw (Remote) |
| 70-3007 |
PHD ULTRA™ Infuse/Withdraw, Programmable (Stand Alone) |
| 70-3107 |
PHD ULTRA™ Infuse/Withdraw, Programmable (Remote) |
| Push/Pull Versions |
- |
| 70-3008 |
PHD ULTRA™ with Push/Pull Mechanism (Stand Alone) |
| 70-3108 |
PHD ULTRA™ with Push/Pull Mechanism (Remote) |
| 70-3009 |
PHD ULTRA™ Programmable with Push/Pull Mechanism (Stand Alone) |
| 70-3109 |
PHD ULTRA™ Programmable with Push/Pull Mechanism (Remote) |
| - |
Please check out the catalogue for further details on other versions, Upgrades and Accessories |
Specifications are subject to change without notice.
We welcome your ideas! If you have developed any instrument you feel may have significant interest for applied neuroscience, physiology and/or pharmacology, we would like to hear and discuss about it.