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We offer the best product range of NTPY01 Spray Pyrolysis Machine.

NTPY01 Spray Pyrolysis Machine

  • Min. Order (MOQ) 1 piece
  • Country of Origin India
  • Actuator Servo/Stepper Motor
  • Drive Speed X Axis 10 - 800mm/sec
  • Drive Speed Y Axis 1 - 12mm/sec, 10 - 800mm/sec (Optional)
  • Drive Speed Z Axis 1 - 12mm/sec, 10 - 800mm/sec (Optional)
  • Sprayer Traverse X - Y 200mm Max. [Dimensions Can Be Customized]; Z Adjustment: 100 Mm (Customizable)
  • Chamber Dimensions 650 X 650 X 650 Mm
  • Sprayer Nozzle Options Air Ultrasonic Nozzle, Ultra Sonic Nozzle (Optional)
  • Dispensing Options Peristaltic Pump, Syringe Pump (Optional)
  • Integrated Dispensing Unit Capacity 50 ML, 250 ML (Optional); Higher Volumes Customizable
  • User Interface Control 7” Touch Screen HMI, PC Connectivity (Optional)

The NTPY01 Research Spray Pyrolysis System brings the science of ultrasonic atomization and controlled thermal chemistry straight to your lab bench. A precision gantry sweeps the ultrasonic nozzle across the PID-regulated hot plate, creating micrometer precursor droplets whose characteristics are controlled to achieve the desired grain growth, porosity and film thickness. As droplets land and decompose in real time, you achieve crack-free metal-oxide, perovskite or hybrid-organic–inorganic layers with sub-5 % thickness variation. Optional nitrogen or argon purging transforms the chamber into an oxygen- and moisture-free zone, enabling defect-free halide perovskites, metal–organic frameworks and other air-sensitive materials. Ideal for applications like transparent conductive oxides, thermoelectric, gas sensors, catalyst coatings and battery electrodes, the NTPY01 delivers high-throughput reproducibility and full process logging for seamless scale-up from discovery research to pilot-line validation.

 Features:

Precision Motion & Traversing
  • Precision XYZ Traverses
  • Driven by high-torque servo/stepper motors, the X–Y stage glides from 10 to 800 mm/s (with optional Y speeds to match), while an optional Z axis offers up to 100 mm of travel. This level of motion control guarantees repeatable, gradient-ready coatings across large or multiple substrates without manual realignment.
Chamber Design & Modularity
  • Generous, Adaptable Chamber
  • Encased in a 650 × 650 × 650 mm stainless-steel enclosure, the NTPY01 accommodates anything from full-size wafers to custom multi-sample racks. Its modular ports and customizable dimensions let you swap in heating stages, purge kits, or tilt fixtures—so your setup evolves with each new material system.
Dispensing Options & Flexibility
  • Interchangeable Dispensing Suite
  • Swap between peristaltic (50 mL/250 mL) and syringe-pump heads in seconds, or choose between air-ultrasonic and 60/120/180 kHz nozzles to dial in droplet sizes from 14 to 40 µm. The result is flawless film formation—whether you’re casting nanoparticle inks, sol–gel precursors, or delicate polymer formulations.
User Interface & Workflow Control
  • Touchscreen-Controlled Workflow
  • A crisp 7″ HMI guides you through unlimited, on-board recipes with live visual feedback of spray paths and dwell times. One tap launches multi-step sequences, while USB log exports capture every parameter—so your lab notebooks practically fill themselves.
Material Compatibility & Maintenance
  • Chemical-Tough Construction
  • Every fluid-contact surface is stainless or high-performance polymer, and tool-less access panels let you purge or swap components without corroding fasteners. Run aggressive acids, bases, or solvents day after day, knowing cleanup is a five-minute wipe down, not a full teardown.
Data Logging & System Integration
  • Real-Time Data & Connectivity
  • As the system sweeps across your sample, time-stamped CSV logs record position, flow rate, and nozzle status for downstream analysis. Optional PC linkage means your deposition recipes and results feed directly into MATLAB, Python, or SPC tools—no extra scripting required.
Expandability & Accessories
  • Plug-and-Play Accessories
  • From vacuum-chuck modules to IR-heating plates and clean-gas purge kits, each add-on snaps into place without tools. Whether you’re drying in situ, curing under UV, or maintaining inert atmospheres, you’ll have the exact configuration you need—instantly and without improvisation.

Syringe Pump

Description Detail
Number of channels 1
Stroke of pump 140mm
Advance per Microstep 0.156μm/μstep
Linear speed 1μm/min~150mm/min
Linear resolution 1μm/min
Accuracy Error < ± 0.35%
Max rated linear force >20 kgf
Thrust regulation 1~100% arbitrary adjustable
Syringe size 10μl~140ml
Syringe selection Built-in list of main manufacturers. Can use custom syringe by inputting syringe size and diameter
Flow rate 0.184 nl/min~173.718 ml/min
Flow calibration Yes, Calibration Procedure available for precise dispensing
Display 4.3” color LCD screen display
Displayed Parameters Transfusion volume, Residual fluid volume, Flow, Operation direction, Syringe specification, etc.; Animation display operation
Operation mode Touch screen + Keypad
Power-off memory Running parameters will be auto stored in memory
Function Pause; Stop; Fast-Forward; Quick retreat; Display Brightness; Lock-Parameters
Dimension mm 290×205×180
Weight 4.4 kgs
Power supply AC100~240V,50/60Hz
Temperature 5~40℃
Relative humidity <80%

Peristaltic Pump

Description Detail
Unit Dimensions (cm) 25.7 x 18.5 x 14.9 cm
Weight (Kg) 4.64
Speed 1 – 350 rpm
Resolution 0.1 rpm below 100 rpm, 1 rpm above 100 rpm
Pump Flow Rate 0.0016 to 1330 ml/min
Input Voltage AC 220V, 50/60Hz
Operating Temperature 0-40°C
Maximum relative humidity <80%
Display LCD
Power <50W

Nozzle

Description 60 KHz Nozzle 120Hz Nozzle 180 KHz Nozzle
Operating frequency 60 KHz ±10% 120 KHz ±10% 180 KHz ±10%
Median Drop diameter 40 µmeter 25 µmeter 14 µmeter
Maximum flow rate 5 ml/minute 3 ml/minute 3 ml/minute
Maximum power consumption 20 watts
Normal power consumption (Subject to flow rate and solution viscosity) 2 to 7 watts
Weight 1000 gms
Operating temperature Range 15 to 55 degrees centigrade
Transducer material Titanium
Transducer enclosure SS316
Liquid inlet Titanium
RF Input (output from the nozzle drive system) BNC connector
O ring (Isolate transducer from external environment) Viton®

Drive System

Description 60 KHz Nozzle 120Hz Nozzle 180 KHz Nozzle
Operating frequency 60 KHz ±10% 120 KHz ±10% 180 KHz ±10%
Maximum power drive 20 watts
Weight 1.2Kg
Maximum operating temperature 85 Degree Centigrade
Enclosure (Schneider Electric President Systems Ltd.) S42 2U/42T/245
RF output Bulkhead BNC connector female
Technology Digital synthesis
LCD display Alphanumeric 16 X 2
Parameter set and menu navigation Menu switches
Power on switch 16 Amps, Elcom®
AC power source operating voltage range 90 to 270 Volts
Fuse slow blow 1 Amps + extra 1.5 amps
3 Pin Mains chord 5 Amps, Elcom®
Power pack ±12 volts, 3 Amps, with EMI protection filter
RS 232 serial communication port Optional
RF coaxial cable (BNC to BNC) RG316, 50Ω, 2 meters
Power pack to eNozzle drive system 3 core DC cable.Top of FormBottom of Form 15 Amps, 1 meter

Heating Stage

Description Detail
Temperature Range Room Temp. to 500 C
Dimensions 200 * 200 mm
Top Plate Material Cast Iron / Aluminum / Copper
Controller PID Temperature Controller
Thermocouple K-Type
Power 3 kW
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