Rotors - Import export

The BE series pumps are simple and robust and are characterised by their monoblock design. The drive unit, thanks to the hallow shaft and to the rear cover provided with an IEC flange, is directly fixed to the pump by creating a unique compact and light body. The new design, with smooth cover and fixing nut built in the rotors, improves the cleaning standard. The lobe pumps of this series are provided only with bilobe rotary piston rotors in S.S. 316 L or in antifriction alloy CY5SnBiM, which ensure an excellent volumetric efficiency and a smooth and regular transfer of several liquid or viscous products. In less demanding works, the BE pumps can replace the B pumps and, meeting the increasing demand of cheap lobe pumps with good sanitary standard, allow to widen the utilization possibilities of the OMAC lobe pumps.

The Rotor SD6-3 is a culmination of superior engineering and top-quality materials, designed to deliver robust performance and durability. This compact rotor excels in diverse industrial applications, maximizing functionality without compromising on spatial efficiency. It operates seamlessly at high rotational speeds, thanks to its innovative cooling system. The SD6-3 stands out for its low noise, low vibration, and minimal maintenance, which promote productivity and reduce downtime. With efficient torque transfer and energy conversion, it ensures smooth operation, promising a great return on investment and long-term operational efficiency.

The Rotor D8-2, crafted from top-tier materials, is a feat of engineering, offering robust performance in diverse industrial scenarios. Its compact design, coupled with an innovative cooling system, ensures optimal functionality even at high rotational speeds. Known for its low noise, low vibration, and minimal maintenance, the D8-2 enhances productivity while reducing downtime. Its efficient torque transfer and energy conversion deliver smooth operation, promising a substantial return on investment and operational efficiency.

The Rotor B4-2L represents an impressive blend of engineering acumen and high-quality materials, offering robust performance and long-term durability. With a compact design, it manages space and functionality efficiently, making it suitable for industries grappling with space constraints. Constructed from wear-resistant materials, the B4-2L operates optimally at high rotational speeds, maintaining stability and resisting heat effectively. Its innovative cooling system aids in preventing overheating, thereby extending its lifespan and maintaining consistent performance levels. One of its notable features is its low vibration and noise output, making it an ideal choice in noise-sensitive applications. Its low-maintenance design further reduces operational downtime, thus enhancing overall productivity.

The Rotor B4-1.5L is an epitome of advanced engineering and design, created to meet rigorous industrial requirements. Made from high-quality, wear-resistant materials, it delivers both durable performance and operational reliability. Its compact and efficient design ensures that it maximizes functionality without compromising space, making it suitable for various industries. Designed to operate at high rotational speeds, the B4-1.5L maintains stability and resists heat. This is complemented by an effective cooling system that prevents overheating, ensuring consistent performance and prolonging the rotor's lifespan. Among its standout features is its low vibration and noise generation, making it an excellent choice in environments where noise control is critical. Coupled with its low-maintenance design, the B4-1.5L enhances productivity by reducing operational downtime.

The Rotor 2L6+++ is a paradigm of engineering excellence, constructed to cater to the stringent demands of diverse industrial environments. Harnessing a synergistic combination of refined design techniques and high-caliber materials, it promises robust performance and enduring durability, wrapped in a package of compact efficiency. Crafted to maximize space utilization, the 2L6+++ model delivers powerful performance without compromising on spatial efficiency. Precision-engineered, it masterfully harmonizes size constraints with operational needs, making it a coveted choice for industries battling with space constraints. Constructed from premium, wear-resistant materials, the Rotor 2L6+++ stands as a beacon of durability. Its design empowers it to maintain optimal performance even at high rotational speeds without succumbing to excessive heat or instability, a testament to its impressive engineering.

The Rotor D8-1.5, designed with a perfect balance of advanced engineering and top-grade materials, offers robust performance and durability. Its compact form allows optimal functionality without compromising on space, ideal for industries where space is a concern. Made from wear-resistant materials, it operates efficiently at high rotational speeds, resisting heat and maintaining stability. An integrated cooling system prolongs its lifespan and sustains consistent performance. Notably, it generates low noise and vibration, while its low-maintenance design enhances productivity. The D8-1.5 excels in torque transfer, offering smooth operation and superior energy conversion efficiency. This rotor is a reliable choice for various applications, ensuring high returns and operational efficiency.

The Rotor D7-2.5 epitomizes the pinnacle of engineering excellence, embodying a fusion of advanced design principles and superior quality materials. It's an embodiment of robust performance and exceptional durability, specifically engineered to meet the rigorous demands of diverse industrial settings. Distinguished by its compact form, the D7-2.5 model adeptly balances powerful performance with spatial efficiency. Precision-engineered, it manages to maximize functionality without forfeiting spatial economy, making it an ideal fit for industries where space constraints are a concern. Constructed with high-quality, wear-resistant materials, the Rotor D7-2.5 displays an impressive durability profile. It maintains optimal performance even at high rotational speeds, without generating excessive heat or losing stability, a testament to its superior engineering. An integral feature of the D7-2.5 model is the innovative cooling system.

The Rotor 2L6 stands as a testament to advanced engineering and design innovation, crafted to meet stringent industrial requirements. Its fusion of efficient design and high-quality materials results in robust performance and long-term durability. Boasting a compact design, the 2L6 model offers a seamless balance between efficient space usage and high-performance. Its precision-engineered design ensures maximum functionality without compromising on spatial efficiency, making it an excellent choice for industries with space constraints. Constructed from premium, wear-resistant materials, the Rotor 2L6 possesses an excellent durability profile. Its superior design allows it to maintain optimal performance at high rotational speeds without generating excessive heat or experiencing stability issues.

The Rotor 2L8 is a superior component, purposefully engineered to cater to demanding industrial applications. Fabricated with a blend of modern design strategies and high-quality materials, it aims to provide unyielding performance and resilience. With a compact design, the 2L8 model strikes an ideal balance between space conservation and robust functionality. Crafted with precision, it optimizes its compactness without compromising on performance, making it suitable for industries where space is a constraint. The Rotor 2L8 is constructed from high-grade, wear-resistant materials, providing it with excellent resistance to wear and tear, ensuring long-term reliability. Furthermore, its advanced design enables it to operate optimally at high rotational speeds without generating excessive heat or losing stability. Incorporating an innovative cooling system, the 2L8 is proficient in managing heat dissipation, thus preventing overheating and prolonging its lifespan.

Technical characteristics: Weight 10 kg Rotor length 665mm Rotor diameter 54mm The maximum grain size is 10 mm. Injection pressure 20 bar. Productivity l / min. at 200 rpm. 130 l Capacity l / min. at 400 rpm. 270 l

The Rotor D6-3 exemplifies a pinnacle of engineering precision and technical sophistication. It is designed with a meticulous focus on detail, aiming to deliver superior performance and exceptional durability across a multitude of applications. This high-performance rotor comes with a diameter of 6 inches, an optimal size that strikes a perfect balance between performance and space efficiency. The design also prioritizes weight management, ensuring it is lightweight yet robust enough to withstand the rigors of various industrial applications. The Rotor D6-3’s structural integrity is enhanced by the use of high-grade materials that resist wear and tear, even under the most strenuous conditions. Its advanced aerodynamic design allows it to function optimally at high rotational speeds without compromising stability or generating excessive heat. One of the hallmark features of the Rotor D6-3 is its innovative cooling system.

Electrical Steel: rotor and stator sheets as full service Due to the growing demand for electrical steel, we have bundled our technological resources and expanded the production of pure sheet metal blanks to complete packages in stator and rotor sheets. We are therefore able to provide you, our customers the service of complete sheet metal stacks baked, laser-welded or punched packaged in the electrical steel sector. Due to our extremely thin cutting gap of just 0.07mm - as much as the diameter of a human hair - we are able to produce the smallest contours. The extreme power density at a max. laser power of 1,000 watts enable electrical sheets based on baked varnish technology with the lowest possible edge zone melting - burr-free. Everything 100% "Made in Germany" in packaged quality - usually tolerance class T7. Usual delivery times are approx. one week for cutted sheets, 2-3 weeks for baking or welding parts. Let’s get in contact for your new e-drive, rotor or stator!

With our unique hard-facing alloys we can reach optimum results. The performance of our rotors is characterized by an consistent and conceivable performance througout the lifecycle.

Product 11: CTP’s solution for continuous control of lean waste streams at room temperature. The RotorSorb = rotary adsorber, achieves an optimal cleaning efficiency of organic pollutants, and low operating costs: Very high cleaning efficiency Patented recirculation of the desorption gas (high concentration factor of up to 1:20) No pressure peaks Low investment and operating costs

Rotor

Discover our range of Rotor bars for combine harvester and many other combine harvester parts on www.landa-partscenter.com. Landa offers a range of agricultural parts for forage harvesters, combine harvesters, balers, mower-conditioners, windrowers and tedders. We develop wear parts for harvesting machines that are equivalent to original manufacturer parts, in partnership with industrial companies specialising in the fields of metallurgy (assembly, machining, forming). Our range of spare parts is multi-brand: CLAAS, JOHN DEERE, NEW HOLLAND, KHUN, KRONE, FENDT etc. We work with well-known brands such as: GATES, OPTIBELT, NSK, NTN, TIMKEN, SCHAEFFLER, IWIS, DIAMOND, DONALSON, FLEETGUARD, MANN FILTER, SCHUMACHER, etc.

impellers rotors and stators francis impellers pelton impeller impellers castings models

We offer a comprehensive range of high performance carbide rotary end mills.

ballbearings (can be relubricated) robust and less influence of dirty media self supportingno additional support necessary housing stainless steel rotor stainless steel PRESSURE MAXIMUM water 40 bar DN 50 (2") 50 bar DN 8 (1/4") DN 10 (3/8") DN 15 (1/2") DN 20 (3/4") DN 25 (1") DN 32 (1 1/4") DN 40 (1 1/2") TEMPERATURE MAXIMUM 130 °C water SPEED MAXIMUM 750 1/min DN 50 (2") 2500 1/min DN 32 (1 1/4") DN 40 (1 1/2") 3000 1/min DN 25 (1") 3500 1/min DN 8 (1/4") DN 10 (3/8") DN 15 (1/2") DN 20 (3/4") SIZEDN 8 (1/4") DN 10 (3/8") DN 15 (1/2") DN 20 (3/4") DN 25 (1") DN 32 (1 1/4") DN 40 (1 1/2") DN 50 (2")

Optimum crushing instead of cable salad The very best method for crushing of cables or electrical scrap has brought many a tool to its limits and yet this is a frequently underestimated source of money. In addition to expensive copper, the recycling process also recovers aluminium and noble metals. In order to reach these valuable raw materials, robust preliminary crushing units are used, followed by a second crushing cycle. The demands on the crushing knives cannot be ignored and they must therefore be very tough. We are at the side of our partners to give advice on the selection of ideal materials and the best heat treatment.

Main features • Short mixing time • Extremely high mixing quality • Batches with repeatable results • Mixing ratio 1/100.000 • Coefficient of variation (CV): ≤ 3 % • Low maintenance • Easy deep cleaning Techanical features • Batch size: from 65 to 28.000 liters (net) • Cylindrical mixing chamber • MIxing tools: ploughshare / ploughshare with toothed design / Mix Paddle / Mix Paddle with toothed design • Material of costruction: carbon steel / Hardox 450 / AISI 304 / AISI 316 / AISI 316Ti • Full access to mixing chamber through the extractable rotor shaft • Inspection door complete with safety electric lock • Discharge door with round profile, building the bottom side of the mixing chamber • Rotor shaft with turned and coaxial ends • Rotor shaft sealing system with packing seals and wear resistant ferrules to protect the rotor shaft, prepared for flushing with air / nitrogen

For our customers in the automotive and housing industry, we produce deep-drawn stainless steel pots with an integrated axle as a monobloc component. These are used in water pumps for electric vehicles. Our customer from the automotive industry needs pots with an integrated axle that holds a rotor. Up to now, the pot and axle have been joined in a centred manner by means of welding. The customer's wish was to produce a one-piece component to avoid welding. Deep drawing is the ideal technology for this. The size of the component required larger presses than were previously available. Therefore, we first developed tools as prototypes for larger presses on behalf of the customer. After practical tests at the customer's premises as well as at the end customer's, our client decided on a tool that was ideally suited for the production of the component in series.