City: Centennial

Las llenadoras Stolle WeightControl, resistentes y confiables, tienen una precisión de llenado superior de ±½ con productos que incluyen carne, aves, mariscos, vegetales y alimentos para mascotas. Pueden llenar tamaños de latas de 20 gramos a 48 oz (1,4 kg) a velocidades de 300 a 1020 latas por minuto. | Stolle Machinery is the global leader in machinery, systems and technology for the production of beverage and food cans. Stolle also manufactures food can filling machines that are highly regarded for their filling accuracy and high quality construction. At Pack Expo Intl., Stolle will be featuring their filler machines for food and pet food producers. | Stolle Machinery is recognized around the world as the leading supplier of precision machinery and tooling for the production of 2-piece beverage and food cans. Stolle also uses their extensive experience in designing and building customized machinery to meet the specialized needs of food processors. Stolle WeightControl Fillers are regarded as the most accurate can and carton fillers availablewith filling accuracies of up to ±½% which helps food processors prevent waste from rejected cans due to over and under-filling. Trusted for over 30 years, Stolle WeightControl Fillers can handle a wide variety of food products, including meat, poultry, seafood, vegetables and pet foods. Fillers can be supplied to fill a variety of can sizes, with volumes from 20 grams to as much as 48 oz. (1.4 kg) at speeds from 300 to 1020 cans per minute. Stolle Conveying Systems also applies their experience in building systems for can plants to build custom conveying systems for food production facilities. These include air, mechanical, magnetic, gravity and full pallet conveyors for moving empty and filled containers, as well as moving ingredients and products requiring high care / high risk food product conveyors. In addition, Stolle engineers can design and integrate full line control packages using trusted industry-standard components along with custom software and sensors. Similarly, Stolle’s experience in building energy-efficient washers and ovens used in can plants allows them to build specialized units for food processing facilities. These include conveyor washing and rinsing systems for empty or filled food containers, as well as single or multi-stage washers for other food production applications. Stolle washers utilize the latest IE5 motor and pump technology for the highest energy efficiency, as well as water-saving technology to cut operational costs. Stolle can also design and build custom conveyor ovens for all types of drying and curing applications, including ovens utilizing gas, electric or hybrid heat sources. Whether a single stage drying oven or a multi-stage curing oven, Stolle ovens feature direct-driven VFD controls on fans and motors and thick mineral wool insulation for energy efficiency. All Stolle oven and washer systems are ruggedly built with European-sourced stainless steel for years of reliable service in harsh production environments. Stolle Machinery has built their reputation as an industry leader with their expertise in tooling and equipment for the beverage and food can-making industry. That same expertise is now available to other industries who require a reliable source of high quality close-tolerance machined parts, including design and prototyping services. Our design team uses the latest engineering software tied to state-of-the-art CNC equipment, and our experienced operators efficiently produce parts for a variety of industries and applications that are delivered on time and within budget. With specialized equipment for both large and small dies, modern, air-conditioned facilities and personnel with decades of practical experience, Stolle Machinery is your one-stop source for precision parts. Our machining operations include milling, grinding, turning, precision boring, jig grinding, wire EDM, laser etching and more. Quality is the backbone of our operation, so a 100% quality assurance program follows all parts throughout the fabrication process.