The Proftek MOT-1000N is a 1000-litre ultrasonic cleaner with a pneumatic lifting platform, 7” touch screen and programmable weekly calendar.

Programmable weekly calendar

Specification	Value
Model	MOT-1000N
Capacity	1000 litres
Internal dimensions	1500 x 810 x 875 mm
Useful measurements	1410 x 720 x 570 mm.
External measurements	2810 x 1395 x 1095 mm
Weight	775 kg.
Pneumatic lifting platform	up to 500 kg.
Power Supply	400V
Heating element	2 x 7000W
Ultrasonic power	6800Wp (13600Wp-p)
Ultrasonic generator output power	6800Wp (13600Wp-p)
Working frequency	40 KHz sweep system ± 2%

4 submergible emitters with 2000Wp (4000Wp-p) of power, built in INOX AISI 316 steel, 2,5mm thick. The emitter contains 34 high-performance PZT (lead zirconate titanate) piezo-electric transducers with aluminium alloy body.
7” inch touch screen with functional, intuitive access to ultrasound time setting, temperature and peripheric or optional systems.
Programmable weekly calendar.
6 outputs and 8 inputs temperature module PLC.
Programmable process parameters with recipe storage.
Comprehensive safety interlocks and alarm functions.
Standard data output interfaces for process monitoring, statistical reporting and traceability.

Tank built in INOX AISI 304 Stainless steel, 2 mm thick.
External panel in fingerprint-resistant steel, 1mm thick.
Thermo-acustic isolator K-Flex Duct Net, 20 mm thick.
12,7 mm draining ball valve.
Height adjustable legs.
Insulated Stainless-Steel tank cover with pneumatic shock absorber.
Air blow-gun for drying parts.
Integrated wateflow system removes existing waste on the tank surface, keeping the cleaning equipment in perfect condition.
Optional filtration system: Stailess-Steel filter with polypropylene/polyester bag for waste and mud.
Robust mechanical and electrical construction for extended service life.
Service access designed to minimise planned maintenance downtime and enable rapid fault diagnosis.

Engineered for performance, reliability and precision in industrial manufacturing and research, with consistent, repeatable results under continuous production conditions.
Applications include electronics manufacturing, semiconductor processing, precision industrial production, scientific research and development, and specialised manufacturing processes.
Configurable and programmable for specific process requirements, from small-batch laboratory operations to high-volume continuous production.

Specification	Value
Model	MOT-1000N
Capacity	1000 litres
Internal dimensions	1500 x 810 x 875 mm
Useful measurements	1410 x 720 x 570 mm.
External measurements	2810 x 1395 x 1095 mm
Weight	775 kg.
Pneumatic lifting platform	up to 500 kg.
Power Supply	400V
Heating element	2 x 7000W
Ultrasonic power	6800Wp (13600Wp-p)
Ultrasonic generator output power	6800Wp (13600Wp-p)
Working frequency	40 KHz sweep system ± 2%

4 submergible emitters with 2000Wp (4000Wp-p) of power, built in INOX AISI 316 steel, 2,5mm thick. The emitter contains 34 high-performance PZT (lead zirconate titanate) piezo-electric transducers with aluminium alloy body.
7” inch touch screen with functional, intuitive access to ultrasound time setting, temperature and peripheric or optional systems.
Programmable weekly calendar.
6 outputs and 8 inputs temperature module PLC.
Programmable process parameters with recipe storage.
Comprehensive safety interlocks and alarm functions.
Standard data output interfaces for process monitoring, statistical reporting and traceability.

Tank built in INOX AISI 304 Stainless steel, 2 mm thick.
External panel in fingerprint-resistant steel, 1mm thick.
Thermo-acustic isolator K-Flex Duct Net, 20 mm thick.
12,7 mm draining ball valve.
Height adjustable legs.
Insulated Stainless-Steel tank cover with pneumatic shock absorber.
Air blow-gun for drying parts.
Integrated wateflow system removes existing waste on the tank surface, keeping the cleaning equipment in perfect condition.
Optional filtration system: Stailess-Steel filter with polypropylene/polyester bag for waste and mud.
Robust mechanical and electrical construction for extended service life.
Service access designed to minimise planned maintenance downtime and enable rapid fault diagnosis.

Engineered for performance, reliability and precision in industrial manufacturing and research, with consistent, repeatable results under continuous production conditions.
Applications include electronics manufacturing, semiconductor processing, precision industrial production, scientific research and development, and specialised manufacturing processes.
Configurable and programmable for specific process requirements, from small-batch laboratory operations to high-volume continuous production.