The ATPIO Ultrasound Microwave Assisted Reaction Kettle is a robust, high‑performance lab system that fuses ultrasonic cavitation with microwave heating to accelerate chemical syntheses. Built for reliability and precise control, it’s designed for researchers and technicians who need faster reaction times, improved mixing, and scalable results from 50 ml up to 1000 ml reactors. Key features Dual‑action synthesis combines ultrasonic agitation with microwave heating for uniform temperature distribution, enhanced mass transfer, and reduced hot spots. Wide capacity range supports experiments from 50 ml to 1000 ml, making it suitable for both exploratory studies and small‑batch production. Stainless steel construction ensures chemical compatibility, easy cleaning, and long‑term durability in demanding lab environments. Powerful yet controllable 1000 W microwave heating paired with ultrasonic energy provides rapid, controllable reaction ramps and precise temperature management. PLC controlled, automatic operation with motor and integrated pump for repeatable processes and smooth workflow automation. Integrated safety and reliability pressure vessel design supports robust process control and safer high‑energy operations. OEM/ODM ready and manufacturing‑level versatility to meet custom synthesis needs. Comprehensive documentation machinery test reports and video outgoing inspection included to support quality assurance. Global provenance crafted in Jiangsu, China, with patent protection (ZL200710134455.2) for its distinctive ultrasound‑microwave approach. Warranty and support 1 year of warranty with online after‑sales support to keep your work uninterrupted. Specifications at a glance ATPIO-SM100 Ultrasound Microwave Assisted Reaction System 50–1000 ml (Ultrasonic Reactor) PLC, Motor, Pressure Vessel, Pump Stainless steel 1000 W 220 V 550 × 850 × 860 mm 80 kg 1 year Jiangsu, China Yes ZL200710134455.2 Online support Why this system stands out Targeted efficiency gains by harnessing both ultrasonic and microwave effects, enabling faster reaction rates and more uniform heating compared with traditional single‑mode reactors. Repeatable results enabled by PLC control and a closed‑loop approach, reducing variability across runs and simplifying method development. Versatility in synthesis ideal for pharmaceutical intermediates, material science, polymerization, and nanoparticle preparation where precise energy delivery matters. Cost‑effective scaling designed for laboratory development with a clear path to small‑scale production, thanks to its wide 50–1000 ml capacity and robust build. Quality assurance documentation and inspection records included, helping you meet regulatory and internal QA standards. Ideal applications and use scenarios Pharmaceutical R&D: accelerate reaction screening and optimization for lead compounds using controlled heating and agitation. Materials chemistry: synthesize polymers, coatings, or nanomaterials that benefit from uniform heating and enhanced mass transfer. Fine chemicals and specialty chemicals: perform rapid, energy‑efficient syntheses with reproducible outcomes. Process development: explore reaction kinetics under dual‑mode energy input to refine scale‑up strategies. Who benefits most Academic researchers and university labs seeking versatile, high‑precision synthesis equipment. Industrial R&D teams needing reliable, scalable bench‑top reactors for early stage process development. Contract research organizations requiring a single instrument capable of diverse reaction protocols. Practical tips to maximize performance When starting a new method, run a short calibration to map microwave power to reaction temperature for your solvent system. Utilize ultrasound during the initial mixing phase to facilitate reagent dispersion before heating ramps. Document energy input and temperature profiles to build a reproducible SOP for future experiments. Leverage the PLC controls to automate sequential steps (stirring, ultrasound on/off, microwave pulses) for method development. With the ATPIO Ultrasound Microwave Assisted Reaction Kettle, you gain a purpose‑built platform designed to deliver faster, more consistent results in complex syntheses. Precision engineering, rigorous QA, and flexible OEM capabilities come together to support your lab’s innovation journey—from initial screening to small‑batch production. Product Name 2025 Ultrasound Microwave Assisted Reaction System Lab Equipment Lab Scale Chemical ReactorModel Number ATPIO-SM100 ultrasonic microwave Reactor MODELULTRASONIC POWERULTRASONIC FREQUENCYMICROWAVEFREQUENCYMICROWAVEFREQUENCYCAPACITYPIPE DIAMETERATPIO-SM500-900W25KHZ0-700W2450MHZ0.5~500MLΦ6ATPIO-SM1000-1000W25KHZ0-1000W2450MHZ50~800MLΦ10ATPIO-SM2000-1200W25KHZ0-1200W2450MHZ100~2000MLΦ20ATPIO-SM3000-1800W25KHZ0-1800W2450MHZ300~3000MLΦ30ATPIO-SM4000-2500W25KHZ0-3000W2450MHZ400~4000MLΦ40ATPIO-SM5000-3500W25KHZ0-5000W2450MHZ1-12LΦ30(Dual channel ultrasound)
Description
The ATPIO Ultrasound Microwave Assisted Reaction Kettle is a robust, high‑performance lab system that fuses ultrasonic cavitation with microwave heating to accelerate chemical syntheses. Built for reliability and precise control, it’s designed for researchers and technicians who need faster reaction times, improved mixing, and scalable results from 50 ml up to 1000 ml reactors. Key features Dual‑action synthesis combines ultrasonic agitation with microwave heating for uniform temperature distribution, enhanced mass transfer, and reduced hot spots. Wide capacity range supports experiments from 50 ml to 1000 ml, making it suitable for both exploratory studies and small‑batch production. Stainless steel construction ensures chemical compatibility, easy cleaning, and long‑term durability in demanding lab environments. Powerful yet controllable 1000 W microwave heating paired with ultrasonic energy provides rapid, controllable reaction ramps and precise temperature management. PLC controlled, automatic operation with motor and integrated pump for repeatable processes and smooth workflow automation. Integrated safety and reliability pressure vessel design supports robust process control and safer high‑energy operations. OEM/ODM ready and manufacturing‑level versatility to meet custom synthesis needs. Comprehensive documentation machinery test reports and video outgoing inspection included to support quality assurance. Global provenance crafted in Jiangsu, China, with patent protection (ZL200710134455.2) for its distinctive ultrasound‑microwave approach. Warranty and support 1 year of warranty with online after‑sales support to keep your work uninterrupted. Specifications at a glance ATPIO-SM100 Ultrasound Microwave Assisted Reaction System 50–1000 ml (Ultrasonic Reactor) PLC, Motor, Pressure Vessel, Pump Stainless steel 1000 W 220 V 550 × 850 × 860 mm 80 kg 1 year Jiangsu, China Yes ZL200710134455.2 Online support Why this system stands out Targeted efficiency gains by harnessing both ultrasonic and microwave effects, enabling faster reaction rates and more uniform heating compared with traditional single‑mode reactors. Repeatable results enabled by PLC control and a closed‑loop approach, reducing variability across runs and simplifying method development. Versatility in synthesis ideal for pharmaceutical intermediates, material science, polymerization, and nanoparticle preparation where precise energy delivery matters. Cost‑effective scaling designed for laboratory development with a clear path to small‑scale production, thanks to its wide 50–1000 ml capacity and robust build. Quality assurance documentation and inspection records included, helping you meet regulatory and internal QA standards. Ideal applications and use scenarios Pharmaceutical R&D: accelerate reaction screening and optimization for lead compounds using controlled heating and agitation. Materials chemistry: synthesize polymers, coatings, or nanomaterials that benefit from uniform heating and enhanced mass transfer. Fine chemicals and specialty chemicals: perform rapid, energy‑efficient syntheses with reproducible outcomes. Process development: explore reaction kinetics under dual‑mode energy input to refine scale‑up strategies. Who benefits most Academic researchers and university labs seeking versatile, high‑precision synthesis equipment. Industrial R&D teams needing reliable, scalable bench‑top reactors for early stage process development. Contract research organizations requiring a single instrument capable of diverse reaction protocols. Practical tips to maximize performance When starting a new method, run a short calibration to map microwave power to reaction temperature for your solvent system. Utilize ultrasound during the initial mixing phase to facilitate reagent dispersion before heating ramps. Document energy input and temperature profiles to build a reproducible SOP for future experiments. Leverage the PLC controls to automate sequential steps (stirring, ultrasound on/off, microwave pulses) for method development. With the ATPIO Ultrasound Microwave Assisted Reaction Kettle, you gain a purpose‑built platform designed to deliver faster, more consistent results in complex syntheses. Precision engineering, rigorous QA, and flexible OEM capabilities come together to support your lab’s innovation journey—from initial screening to small‑batch production. Product Name 2025 Ultrasound Microwave Assisted Reaction System Lab Equipment Lab Scale Chemical ReactorModel Number ATPIO-SM100 ultrasonic microwave Reactor MODELULTRASONIC POWERULTRASONIC FREQUENCYMICROWAVEFREQUENCYMICROWAVEFREQUENCYCAPACITYPIPE DIAMETERATPIO-SM500-900W25KHZ0-700W2450MHZ0.5~500MLΦ6ATPIO-SM1000-1000W25KHZ0-1000W2450MHZ50~800MLΦ10ATPIO-SM2000-1200W25KHZ0-1200W2450MHZ100~2000MLΦ20ATPIO-SM3000-1800W25KHZ0-1800W2450MHZ300~3000MLΦ30ATPIO-SM4000-2500W25KHZ0-3000W2450MHZ400~4000MLΦ40ATPIO-SM5000-3500W25KHZ0-5000W2450MHZ1-12LΦ30(Dual channel ultrasound)