Control the flow of product with weigh belt feeders to ensure accurate and consistent weight output. Weigh belt feeders are ideal for a wide variety of industries including food, mining, bulk material blending, and process control. Rice Lake has a wide range a weigh belts and weigh belt feeders. Our range includes standard weigh belts (pictured), which come in painted steel or stainless steel versions especially designed for the food industry. Rice Lake also offers custom solutions based on your application requirements.

DELLMECO DME (Electro-Mechanical Operated Double Diaphragm Pump) is a positive-displacement pump that transfers fluids by means of diaphragms operated by linear mechanism, which is being moved by electric motor. The casing in contact with the fluid is made of PE conductive (R…), PTFE conductive (Z…), Aluminium (A..), AISI 316 (S..), Cast Iron (C..), or AISI 316L (H.., Hygienic Stainless Steel). This pump is designed for the pumping of liquids, highly viscous and solid substance-containing media, as well as fluidizable powders.

Compressed air and electrically driven diaphragm pumps can pump solids, run dry and are dry self-priming

Metering gear pumps for pulsation free dosing applications.

Production requirements in the powder industry are becoming increasingly strict. Whereas initially, a dosing accuracy of 100 grams was sufficient for processing bulk materials, the demand came for a much more accurate dosing system. In response to this demand, our engineering department has developed a Micro Dosing System with an accuracy of 1 gram.

Stand-alone lab mixer with exchangeable product bowls The Mini Cyclomix lab mixer is a high shear batch mixer with exchangeable product bowls of 0.1, 1 or 2 litres, based on the principles of the Cyclomix. It's especially suitable for pharmaceutical applications such as blending DPI formulations.

MINK claw vacuum pumps and compressors are the result of continuous development in claw technology. Decades of experience in countless applications have led to substantial improvements. MINK claw technology combines performance, reliability and efficiency through an innovative design. It can be used for both, vacuum and compressed air generation. The dry and contact-free operating principle provides the benefit of nearly maintenance-free operation. MINK vacuum pumps and compressors are perfectly suited for industrial applications, in which constant vacuum or overpressure and oil-free operation are essential. Dry vacuum – quiet, efficient and compact! - Latest claw vacuum technology - State-of-the-art acoustic design - Up to 50% lower overall operating costs - Small footprint - Nearly maintenance-free - Dry and contact-free compression

MINK MW 0332 A The first series of claw vacuum pumps capable of continuous operation at a final pressure of 0.8 hPa (mbar). Perfect for a wide range of applications in the food, chemical, pharmaceutical, and manufacturing industries, such as thermoforming, pick & place, pneumatic conveying, carbon capture, vacuum cooling, and central vacuum systems for packaging. Excellent performance • Final pressure < 0.8 hPa (mbar), • Constant pump speed up to 10 hPa (mbar) Efficient • Low energy consumption, reduced carbon footprint. • Minimized operating and maintenance costs. • Easy installation, latest claw vacuum technology, air-cooled Low maintenance • Dry and contact-free operation Specifications • Nominal pump speed: 280 / 330 m³/h (50 / 60 Hz) • Final pressure: 0.8 hPa (mbar) (50 / 60 Hz) • Power consumption at final pressure: 3.7 / 4.7 kW (50 / 60 Hz) • Nominal motor speed: 3000 / 3600 rpm (50 / 60 Hz) • Sound pressure level (ISO 2151) at final pressure: 72 / 75 dB(A) (50 / 60 Hz) • Ambient temperature range: 0 ... 40°C • Inlet gas temperature range: 0 ... 40°C • Oil filling: 1.2 l • Weight: approx. 300 kg • Dimensions (L x W x H): 1313 x 510 x 477 mm • Other versions: Aqua version available (up to 100% water vapor) • Extra: Busch OTTO digital assistant

Very gentle vacuum-drying at fast reaction rate for dry, moist and viscous materials at variable filling levels The spiral mixing blade initiates a three-dimensional flow of the mixing goods; creating a spiral upward movement on the periphery and downward flow in the centre. The reactor is vacuum and pressure tight and heatable by steam, thermal oil or water. Fully temperature controlled: the mixing vessel, the mixing arms, the spiral blade. The mixer can be designed to conform with FDA standards to be used as a sterile mixer and reactor which also meets EHEDG requirements and the 3a-sanitary standards.