MasoSine pumps at confectionery manufacturer
MasoSine positive displacement pumps are being used by specialist chocolate and confectionery manufacturers to overcome difficult production challenges including:
- Removing instances of product damage due to high shear and heat - a frequent problem with alternative pump technologies, like lobe and gear pumps
- Providing easy, hygienic cleaning and maintenance characteristics
- Ensuring easy handling of viscous products such as caramel
- No damage to inclusions like candy and nuts
Watson-Marlow pumps make changing flavor, colorant or additives into a quick and simple task; simply change the pump tube. This ensures product quality and consistency throughout the production process.
Applications
- Low shear confectionery application
- Abrasive candy coating application
- Waste minimized with peristaltic pump
Key products
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Certa pump
Low shear, virtually no pulsation EHEDG Type EL Aseptic Class I certified pump. Up to 50 % less power than other pumps.
Pumps - sine pumps
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SPS pump
Low shear pumping with flow rates to 434 GPM and pressures up to 217 psi.
Pumps - sine pumps
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530 process pumps
Flow rates to 55 GPH and pressures up to 100 psi. Precise 2200:1 speed control range.
Pumps - cased pumps
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100 series cased pump
Flow rates to 190 ml/min (3.04 GPH) and pressures up to 30 psi. Speed control up to 10,000:1.
Pumps - cased pumps
Products by brand
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MasoSine for Food and Beverage
View our MasoSine process pumps used in the food and beverage sector
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Watson-Marlow Pumps
View the Process pumps for use in the Food and beverage processes
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Bredel hose pumps for Food and Beverage
View Bredel hose pumps for use in food and beverage processes
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Aflex PTFE flexible hoses for Food and Beverage
PTFE hoses for food and beverage processes
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Watson-Marlow Tubing for Food and Beverage
View our peristaltic tubing for use in food and beverage processes
Case studies
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Case Study
MasoSine SPS reduces product waste for chocolate maker
MasoSine SPS 300 pump with heating element reduces product waste and avoids unexpected downtime.
Case Study