PHD ULTRA OEM Syringe Pump(PHD Ultra XF) 20 mL to 200 mL

PHD Ultra XF Syringe Pump Module with Power Supply (CAT NO: 703514R) (Used, Tested, Fully Operational)

You are purchasing a used PHD Ultra XF Syringe Pump Module with Power Supply (CAT NO: 703514R). This unit has been thoroughly tested and is in excellent working condition, guaranteed to be fully operational and ready for use.

✅ Condition: Used, fully operational, and in good working order.
✅ Guarantee: Fully functional and ready for use.

The price for a new PHD ULTRA OEM Syringe Pump: $12,314. Save and buy PHD ULTRA OEM Syringe Pump

Description:

The PHD Ultra XF Syringe Pump Module (CAT NO: 703514R) is an advanced microprocessor-controlled infusion/withdrawal system, designed for precise and programmable fluid delivery across a wide range of applications. This unit can operate with multiple syringes made of plastic, glass, or stainless steel, supporting sizes from 20 mL to 200 mL. biomedical research, microfluidics, or chemical processing, this syringe pump ensures highly accurate flow control.

This syringe pump features a 1.8° stepper motor with microprocessor control and 1/16 microstepping for precise fluid movement. With flow rates ranging from 50.7 nL/min to 144.08 mL/min, it accommodates a broad spectrum of experimental setups. The PHD Ultra XF also integrates easily with laboratory systems using its RS-232, RS-485, and I/O & TTL connect

Key Features:

• High-Precision Control: ±0.5% accuracy for highly accurate fluid delivery, ensuring consistent results across experiments.
• Multiple Syringe Compatibility: Supports plastic, glass, or stainless-steel syringes in the range of 20 mL to 200 mL, offering flexibility for various applications.
• Wide Flow Rate Range: From 50.7 nL/min to 144.08 mL/min, idea
• Programmable Operation: Supports both infusion and withdrawal with precise, programmable flow rates, meeting the needs of various lab protocols.
• Advanced Motor Control: Features a 1.8° stepper motor with microprocessor control and 1/16 microstepping for smooth, accurate movement.
• Connectivity Options: Includes RS-232, RS-485, and I/O & TTL connections for seamless integration with other laboratory systems.
• High Force Capacity: Delivers an average linear force of 453.6 kg (1000 lb), ensuring consistent and smooth operation even under high load.

Specifications:

• Syringe Compatibility: Plastic, glass, or stainless-steel syringes from 20 mL to 200 mL.
• Flow Rate: 50.7 nL/min to 144.08 mL/min .
• Accuracy: ±0.5%.
• Motor: 1.8° stepper motor
• Motor Drive Control- Microprocessor with 1/16 microstepping
• Min. step rate: 27.5 sec/ustep
• Max. step rate: 52 µsec/µstep 
• Min. pusher travel rate: 0.18 µm/min
• Max. pusher travel rate: 91.637 mm/min
• Microsteps per Revolution: 12,800.
• Average Linear Force: 453.6 kg (1000 lb).
• Input Power: 50 W, 0.5 A fuse.
• Power Supply: 100-240 VAC, 50/60 Hz.
• Dimensions: 29.8 x 14 x 16.75 cm (11.75 x 5.5 x 6.5 in).
• Weight: Approx. 10 lbs.

Applications:

• Biomedical Research: Perfect for precise drug delivery and withdrawal in animal models, cell cultures, or other biological systems.
• Microfluidics: Supports precise fluid handling in microfluidic systems, essential for various laboratory and experimental processes.
• Chemical Processes: Ideal for controlled chemical reagent delivery in laboratory-scale reactions or experiments.
• Electrophysiology: Used in experiments requiring controlled fluid delivery to tissues or cells.
• Cell Culture: Ensures accurate and controlled delivery of media or chemicals to cultured cells in research studies.

Included:

• PHD Ultra XF Syringe Pump Module (CAT NO: 703514R)
• Power Supply
• Cables

• Precision and Accuracy: The PHD Ultra XF offers highly accurate flow control, ensuring reproducible and reliable results.
• Flexible Syringe Compatibility: Accommodates syringes of various materials and sizes (from 20 mL to 200 mL) for diverse experimental setups.
• Programmable and Reliable: Delivers consistent results in both infusion and withdrawal modes, with programmable flow rates for full control over your experiments.
• Advanced Stepper Motor: The microprocessor control with 1/16 microstepping guarantees smooth and precise fluid movement, while the high linear force ensures consistent performance.
• Connectivity Options: Easily integrates with external systems using RS-232, RRS-485, and TTL connectors.

The PHD Ultra XF Syringe Pump Module (CAT NO: 703514R) is the ideal solution for laboratories that require precise, programmable fluid delivery. Whether you're working in biomedical research, microfluidics, or chemical pchemical processes, this syringe pump ensures that your experiments are performed with exceptional accuracy and reliability.