ROOPTELSONIC offers high power/high precision equipment for wire splicing and linear welding process. Our Rotary Ultrasonic Welding Head is available for continuous assembly operations which has been a revolution in the solar thermal Industry. Ultrasonic metal welding is appropriate for the assembly of similar and dissimilar non-ferrous metals. The primary advantage of this welding technique is that it provides exceptionally short welding times, no filler metals requirements, very low electrical contact resistance and helium-tight welds. Surfaces that are suitable for this type of welding are limited to small areas and restricted to points, line or circular weld patterns.

Ultrasonic energy has found extensive use in cutting of textiles, woven sacks/plastic etc and their downstream processing. Many of these uses are based on the ability to use ultrasonic energy to induce heat and pressure by vibratory action. The use of ultrasonic Cut n Seal technology makes manufacturing of non-wovens and wovens, economical and process-safe and our customers from the medical, packaging, fabrics and engineering industry value it tremendously. With our ultrasonic cutting and sealing technology, we are able to separate precisely and expeditiously, and weld edges in a refined and reliable way. The principal advantage of the ultrasonic seal and cut method is that the edge of the textile material, while being cut simultaneously, is sealed by the dissipation of ultrasonic energy, thereby preventing the presence of a frayed edge or the unraveling of threads, no discoloration of fabric and very strong, uniform, smooth, clean and long lasting edges without over thickness with low energy consumption. RoopTelsonic manufacture a superior range of ultrasonic cutting and sealing systems that offer effective sealing with optimal functionality. These products are recognized for their efficient operation and reliability.

The Microprocessor Based Ultrasonic Pulsar Receiver Model MHF-400 & MHE-900 are compatible with other Ultrasonic Instrumentation and allow great flexibility when configuring system for high frequency application or for attenuative materials.Front panel soft touch key pad allows operator to choose various parameters for precise setting.Large Alfa-numeric display allows operator to view all parameter. Gain adjustment and damping, required more frequently can be adjusted with separate knobs provided on front panel. Various outputs like RF, SYNC, Window, Gate, Etc are available through BNC Connector. These equipment are compatible with PC & bi-directional data transfer is possible through RS 232 connector provided on rear panel. High Frequency Pulsar Receiver MHF-400 is suitable for application requiring high frequency probe, such as thin section examination, or very small defect detection. High Energy Pulsar Receiver MHE-900 is suitable for attenuative materials like concrete, stone, plastic, rubber, etc.

With our high tech ultrasonic sieving equipment we have transformed conventional sieving procedures. Not only can the screening process be accelerated radically (Up to 30 times) also the mesh quality and its lifetime can be increased. Also you improve your throughput and the quality of your products. In addition to the conventional method, " SONOSCREEN" ultrasonic supported sieving technology evenly transmits as oscillating motion, in the micron range, onto the screen surface reducing the friction between the sieve mesh and bulk material. This Enhances the throughput and quality of your present vibratory screener, sieve or sifter. Our revolutionary ultrasonic powder sieving system can be applied to your existing sieve, screener, or sifter to eliminate blockage or screening of wire mesh while sieving powder products such as powdered metals, ceramics, powder coatings, pharmaceuticals, or food additives. Depending upon the particle structure this reduction can result in a significant increase in throughput volume. Screen blinding and clogging are also reduced due to the cleaning effect the oscillating motion has on the sieve mesh. A consistent efficient production process is guaranteed while simultaneously reducing the related maintenance costs to a minimum." SONOSCREEN" can be applied to both wet and dry sieving applications.

Spin Welding as the name implies, is a friction welding technique to join thermoplastic parts. It is essential the parts to be joined or atleast their joint areas must be circular for this method of joining to be used. A shallow Machining groove (tongue & groove) is desirable to index the two parts and to provide a uniform bearing surface.

Ultrasonic bath  works on the principle of Ultrasonic cavitation i.e. high frequency vibrations, generate agitation in liquid resulting into rapid formation and collapse of minute bubbles in liquid. Implosion of bubbles with high pressure on exposed surface of component dislodges and removes contamination like dirt, dust, oil, grease, chips, wax, lapping paste, carbon etc. Features Latest technology. Very simple operation. Generously dimensioned heating system for rapid heating of the liquid, thermostatically continuously variable between 20 and 80°C. Complete unit made of stainless steel, easy maintenance and drip-proof. Timer operation 1-99 min and continuous operation. Remaining cleaning time is optically displayed. Ultrasonic frequency 30 kHz. Tank contents 1.5 - 28 ltr. Digital Control of time and temperature. Longer tank life. Low noise level. Suitable for continuous operation. Rugged and easy to clean stainless steel housing. Fully transistorized generator. Automatic frequency tuning for maximum output. Maintenance-free.   Applications: Jewellery Optics Industry Laboratory Dental and Surgical Industry Automobile Industry Electronics Industry And many others..

ROOPTELSONIC offers high power/high precision equipment for wire splicing and linear welding process. Our Rotary Ultrasonic Welding Head is available for continuous assembly operations which has been a revolution in the solar thermal Industry. Ultrasonic metal welding is appropriate for the assembly of similar and dissimilar non-ferrous metals. The primary advantage of this welding technique is that it provides exceptionally short welding times, no filler metals requirements, very low electrical contact resistance and helium-tight welds. Surfaces that are suitable for this type of welding are limited to small areas and restricted to points, line or circular weld patterns.

Ultrasonic energy has found extensive use in cutting of textiles, woven sacks/plastic etc and their downstream processing. Many of these uses are based on the ability to use ultrasonic energy to induce heat and pressure by vibratory action. The use of ultrasonic Cut n Seal technology makes manufacturing of non-wovens and wovens, economical and process-safe and our customers from the medical, packaging, fabrics and engineering industry value it tremendously. With our ultrasonic cutting and sealing technology, we are able to separate precisely and expeditiously, and weld edges in a refined and reliable way. The principal advantage of the ultrasonic seal and cut method is that the edge of the textile material, while being cut simultaneously, is sealed by the dissipation of ultrasonic energy, thereby preventing the presence of a frayed edge or the unraveling of threads, no discoloration of fabric and very strong, uniform, smooth, clean and long lasting edges without over thickness with low energy consumption. RoopTelsonic manufacture a superior range of ultrasonic cutting and sealing systems that offer effective sealing with optimal functionality. These products are recognized for their efficient operation and reliability.

The Microprocessor Based Ultrasonic Pulsar Receiver Model MHF-400 & MHE-900 are compatible with other Ultrasonic Instrumentation and allow great flexibility when configuring system for high frequency application or for attenuative materials.Front panel soft touch key pad allows operator to choose various parameters for precise setting.Large Alfa-numeric display allows operator to view all parameter. Gain adjustment and damping, required more frequently can be adjusted with separate knobs provided on front panel. Various outputs like RF, SYNC, Window, Gate, Etc are available through BNC Connector. These equipment are compatible with PC & bi-directional data transfer is possible through RS 232 connector provided on rear panel. High Frequency Pulsar Receiver MHF-400 is suitable for application requiring high frequency probe, such as thin section examination, or very small defect detection. High Energy Pulsar Receiver MHE-900 is suitable for attenuative materials like concrete, stone, plastic, rubber, etc.

With our high tech ultrasonic sieving equipment we have transformed conventional sieving procedures. Not only can the screening process be accelerated radically (Up to 30 times) also the mesh quality and its lifetime can be increased. Also you improve your throughput and the quality of your products. In addition to the conventional method, " SONOSCREEN" ultrasonic supported sieving technology evenly transmits as oscillating motion, in the micron range, onto the screen surface reducing the friction between the sieve mesh and bulk material. This Enhances the throughput and quality of your present vibratory screener, sieve or sifter. Our revolutionary ultrasonic powder sieving system can be applied to your existing sieve, screener, or sifter to eliminate blockage or screening of wire mesh while sieving powder products such as powdered metals, ceramics, powder coatings, pharmaceuticals, or food additives. Depending upon the particle structure this reduction can result in a significant increase in throughput volume. Screen blinding and clogging are also reduced due to the cleaning effect the oscillating motion has on the sieve mesh. A consistent efficient production process is guaranteed while simultaneously reducing the related maintenance costs to a minimum." SONOSCREEN" can be applied to both wet and dry sieving applications.

Spin Welding as the name implies, is a friction welding technique to join thermoplastic parts. It is essential the parts to be joined or atleast their joint areas must be circular for this method of joining to be used. A shallow Machining groove (tongue & groove) is desirable to index the two parts and to provide a uniform bearing surface.

Ultrasonic bath  works on the principle of Ultrasonic cavitation i.e. high frequency vibrations, generate agitation in liquid resulting into rapid formation and collapse of minute bubbles in liquid. Implosion of bubbles with high pressure on exposed surface of component dislodges and removes contamination like dirt, dust, oil, grease, chips, wax, lapping paste, carbon etc. Features Latest technology. Very simple operation. Generously dimensioned heating system for rapid heating of the liquid, thermostatically continuously variable between 20 and 80°C. Complete unit made of stainless steel, easy maintenance and drip-proof. Timer operation 1-99 min and continuous operation. Remaining cleaning time is optically displayed. Ultrasonic frequency 30 kHz. Tank contents 1.5 - 28 ltr. Digital Control of time and temperature. Longer tank life. Low noise level. Suitable for continuous operation. Rugged and easy to clean stainless steel housing. Fully transistorized generator. Automatic frequency tuning for maximum output. Maintenance-free.   Applications: Jewellery Optics Industry Laboratory Dental and Surgical Industry Automobile Industry Electronics Industry And many others..