Coxreels provides professional reeling systems in heavy-duty single pedestal (SH Series) or supreme-duty dual pedestal (T Series) configurations that handle DEF hoses up to 75 feet of ¾ inch hose I.D. Both versatile designs are outfitted with Super Hub dual axle support systems to increase stability and reduce vibration during operation, making these reels the perfect DEF handling solutions for either stationary or rugged mobile applications.

The DEF models are available in standard spring retraction and EZ-Coil controlled retraction systems that promote greater operator and workplace safety by retracting up to 80-percent slower than conventional reels. This DEF reel line has all the durable high quality components and superior finishes found in every Coxreels product.

Coxreels® has remained steadfast and focused on manufacturing high quality, industrial grade hose, cord, and cable reels with leading industry innovation since 1923. Offering a full product line serving the industry in every channel and application, Coxreels® takes great pride in designing, building, and supporting each and every product made exclusively in the U.S.A.

The NEMO® progressing cavity pump is known for its ability to efficiently transfer viscous mineral slurries without being affected by fluctuations in pressure or solids content. NEMO® pumps are also the gentlest and safest choice for high performance pumping of emulsified/liquid explosives.

Another option for mining applications is the TORNADO® T2 Rotary Lobe Pump, a self-priming, valve-less pump that offers maximum operational performance, high reliability and durability, ease of maintenance, and a low total life cycle cost. With a revolutionary design that has been recently reengineered to maximize uptime, the TORNADO® T2 pump features metal lobes running inside a metal housing with an elastomer liner.

The NOTOS® multi screw pumps ensure reliability of the ball mills and SAG mills, where consistent and continuous lubrication is essential. NOTOS® pumps are the ideal solution to supply the injection unit as well as handle the lubricant circulation operation.

PERIPRO® Peristaltic Pumps have a heavy-duty construction for demanding applications, with large, easy-to-maintain rollers for longer service life. These pumps are ideal for complex fluids, such as abrasive, corrosive, viscous, and delicate products. Ultimately, this pump design provides energy savings up to 30%, and requires 90% less lubricant when compared to other peristaltic pumps using shoe technology.

NETZSCH pumps are available a wide range of flow and pressure capabilities. These pump types as well as the dewatering skid tank can be constructed from carbon steel, stainless steel, galvanized steel, and Halar/rubber-lined steel, depending on application needs. All NETZSCH mining pump solutions are rugged, reliable and easy to maintain.

The P.TRACE Industrial Pressure Transducer from M-P Sensors is an ultra-compact, Stainless Steel, transducer that has the unique ability to measure liquid, gaseous or viscous fluids from 0-8700 Psi. The high degree of accuracy and short response time are guaranteed by a durable, high quality ceramic measuring element which makes the P.TRACE is ideally suited for a wide range of applications including monitoring the pressure in hydraulic circuits, confirming the coolant supply in thermal processes or determining the process pressure in industrial plants and for a wide variety of industries.

The compact ( 33mm long ), stainless steel housing is connected via an M12 4 pole plug connection. It has 1 analog output, a 0.5% FSO accuracy and a MTTF of 2236 years ( continuous operation ). The P.TRACE is available with three different seals ( NBR, FKM & EPDM ) and offers protection ratings of IP65, IP67 or IP68 making it ideal for continuous industrial operation or applications where harsh conditions may exist. Contact Norstat for additional information, pricing, and availability.

WINKEL developed the FAST PICK STATION to meet these modern challenges. This innovative system enhances workplace ergonomics, streamlines material flow, and enables efficient mixed packing operations—allowing diverse goods to be picked, sorted, and palletized together with maximum accuracy and care. The result is optimized space utilization, fewer handling steps, and faster order fulfillment.

Designed for versatility, the FAST PICK STATION is ideal for industries where mixed SKU handling is essential, including automotive and supplier logistics, food and beverage, textiles, and healthcare.

Smarter Design for Better Workflow

The FAST PICK STATION features a height-adjustable picking table mounted on a platform, a shaft below for load transfer, and an integrated stretch-wrapping system. Pallets, roller containers, or mesh boxes can be positioned on the table—delivered individually via conveyor or trays for flexible mixed packing configurations.

Operators can easily adjust the table height to their optimal working position, allowing items to be moved horizontally instead of lifted. This minimizes strain, reduces injury risk, and enables efficient handling of mixed product sizes and weights.

When a carrier is full, it automatically lowers through the shaft to the integrated stretch-wrapping machine, which secures the goods for transport—maintaining stability even with heterogeneous mixed loads. A new empty carrier is immediately positioned to keep the workflow continuous, while operators can continue working on an interim surface, eliminating downtime.

Performance That Delivers Results

With the FAST PICK STATION, operators can achieve up to 800 picks per hour—without heavy lifting or complex reconfiguration. Its precise process control virtually eliminates picking errors, ensuring accuracy even in mixed order fulfillment environments.

Two employees can work simultaneously at the same station, and the system’s open design provides easy access from all sides. For further optimization, the FAST PICK STATION can be integrated into fully automated robotic systems, providing continuous, flexible mixed packing capabilities around the clock.

The result: higher throughput, fewer errors, improved safety, and consistent quality—even for complex mixed loads. The FAST PICK STATION not only enhances productivity and ergonomics but also enables smarter logistics by simplifying how varied goods are handled and packed together.

About WINKEL GmbH

WINKEL GmbH is a leading provider of heavy-load linear motion and handling solutions. Based in Illingen near Stuttgart, Germany, WINKEL has been developing innovative linear and handling systems for more than 40 years. As a trusted partner to OEMs, system integrators, and general contractors, WINKEL offers both a proven standard product range and customized solutions tailored to specific industrial applications.

To better serve customers in North America, WINKEL has recently established its new USA headquarters, expanding local support, service, and sales capabilities for U.S. and Canadian markets.

Designed for versatility, Monolec Syn Industrial Oil meets or exceeds the requirements of a wide variety of industrial applications, including gearboxes, air compressors, vacuum pumps and hydraulic systems, and in roll mill bearings in the textile, plastic, rubber and paper industries.

Formulated with a high-viscosity 100% synthetic base oil and a specially developed additive package, Monolec Syn Industrial Oil excels in applications running at extreme temperatures. The proprietary Monolec® wear-reducing additive creates a single molecular lubricating film on metal surfaces, significantly increasing oil film strength without affecting clearances.

Monolec Syn Industrial Oil provides reliable, wear-resistant service by increasing equipment reliability, reducing replacement and repair costs. It features an extremely high natural viscosity index, maintaining viscosity in service and performing consistently in high and low temperatures. The oil exhibits outstanding oxidation and thermal stability while controlling corrosive and scuffing wear.

This innovative lubricant ensures clean, moisture-resistant operation by keeping applications clean and running at peak efficiency. It eliminates carbon deposits, sludge and varnish, while protecting metal surfaces from moisture and providing superior rust protection. Monolec Syn Industrial Oil is completely nonfoaming in service and will not harm seals and plastics.

One of the key benefits of Monolec Syn Industrial Oil is its ability to reduce oil consumption. It extends drain intervals due to exceptional oxidation resistance and requires less make-up oil due to low volatility. This results in reduced environmental impact with less waste oil for disposal. The oil is also compatible with other lubricants, facilitating easy conversion.

The synergistic combination of the synthetic base oil and advanced additive package in Monolec Syn Industrial Oil works to reduce wear, extend oil drain intervals, decrease oil consumption, and virtually eliminate deposits and sludge formation, all while ensuring excellent compatibility with seals.

Monolec Syn Industrial Oil is available in the following product numbers with corresponding ISO viscosity grades: 9032 (32), 9046 (46), 9068 (68), 9100 (100), 9150 (150), 9220 (220), 9320 (320), 9460 (460), and 9680 (680).

About Lubrication Engineers

Founded in 1951, Lubrication Engineers, Inc. has grown from a visionary lubricant company to a global leader in lubrication reliability solutions. With a commitment to quality and innovation, the company develops proprietary formulas and premium lubricants that enhance machinery performance and reduce equipment wear. Operating a state-of-the-art manufacturing facility in Wichita, Kan., and with a network spanning across the United States and more than 60 countries, Lubrication Engineers provides tailored solutions and exceptional service to businesses worldwide, helping them optimize equipment performance and achieve long-term operational success.

These brakes leverage Force Control’s proven Oil Shear Technology to deliver precise stopping and repeatable positioning in demanding high-cycling or reversing applications. Because wear is virtually eliminated, MAGNASHEAR® brakes require no adjustments and only an annual fluid change—offering a truly maintenance-free solution for mission-critical uptime.

Common applications include conveyors, cranes, hoists, winches, rail car spotters and dumpers, ship and rail car loaders, pallet returns, elevators, and other severe-duty industrial environments.

Unique Design Ensures Long Service Life

Instead of relying on dry friction, MAGNASHEAR® brakes transmit torque through a lubricated fluid film, eliminating wear on braking surfaces, continuously lubricating internal components (i.e. bearings) and ultimately extending service life. A patented fluid recirculation system continuously removes heat — the #1 cause of failure in conventional dry brakes — while fluid damping delivers smooth, cushioned stops that reduce shock loading to the drivetrain. The totally enclosed design keeps moisture, dust, and contaminants out of the brake, ensuring reliable performance even in harsh or washdown environments.

How Oil Shear Works

A thin layer of automatic transmission fluid is placed between the friction disc and drive plate. When the brake engages, the fluid molecules shear to transmit torque and bring both surfaces into synchronous speed. Because the work is done within the fluid layer rather than through the friction surface, mechanical wear is nearly eliminated — and so is the need for air-gap adjustment. The same lubricating fluid also carries heat away from the friction stack and continuously lubricates internal components.

Suitable for a Wide Range of Motor Sizes

MAGNASHEAR® brakes are available with spring-set torque ratings from 3 to 1250 lb-ft and can be sized independent of motor horsepower or frame size. For direct motor mounting, MAGNASHEAR® motor brakes feature a “quick mount” design for NEMA 56 to 449T frame sizes and are shipped fully assembled and ready to install. Pre-mounted severe-duty motor configurations are also available.
Headquartered in Fairfield, Ohio, Force Control Industries is the world leader in Oil Shear Technology, offering a full line of clutches, brakes, and clutch brakes for OEMs in diverse applications. Their manufacturing campus includes three manufacturing facilities with over 100,000 square feet of manufacturing space along with engineering, design, customer support and administrative offices.

Faster production rates coupled with significantly longer service life than traditional (dry) clutch/brakes (typically 5 to 10 times longer life) yields increased uptime, productivity and ROI, especially for 24/7 operations. No adjustment, virtually no maintenance, multi-year service life, minimal parts inventory, reduced parts and replacement ordering cost, adds up to higher production at less cost.

Small Unit, Big Impact—Innovative Design 

The POSIDYNE #1.5 features an innovative Split-Clamped Quill feature, which reduces shaft and keyway damage to the motor shaft associated with competitive clutch/brakes. The split quill collar tightens the quill 360° around the shaft and key for superior connection. For mounting to smaller frames, the #1.5 uses a unique hidden mounting spools arrangement to tighten the motor against the clutch/brake.

Convenient options such as foot mounting kits, manifold mounted valves and optical encoders are available to fit most applications. The totally enclosed POSIDYNE clutch/brake is impervious to dust, chips, chemicals, coolants, caustic wash down, weather, and more, making them ideal for hostile environments, and severe or hazardous duty.

All POSIDYNE clutch/brakes are designed with low inertia cycling components. This makes the POSIDYNE #1.5 clutch/brake even more efficient, requiring less motor horsepower to accelerate the load, and less torque to stop the load—which adds up to significant energy savings in 24/7 manufacturing demands.

A simple actuation system allows torque in the clutch and brake to be precisely controlled. Adjustment for rapid or soft starts and stops is easily accomplished. Manifold mounted control valves reduce response times by eliminating hoses and fittings. By reducing the high starting inrush currents and the associated power factor imbalance, these unique clutch/brakes can also reduce energy costs.

The POSIDYNE clutch/brake can be actuated either by air or hydraulic pressure for use in plant or outdoor applications. The hydraulic actuation package includes a hydraulic pump, solenoid valve, regulators, and a filter. A heat exchanger can be added for additional cooling. The POSIDYNE #1.5 is inherently explosion-proof with the addition of an explosion-proof solenoid valve. And the valve assembly can also be remotely mounted in an explosion-proof cabinet.

Oil Shear Technology Makes the Difference

Oil Shear Technology is the reason that brakes by Force Control last up to 10 times longer than standard dry friction brakes and do not need maintenance, adjustment, or disc replacement. Oil Shear Technology is the function of a boundary layer of transmission fluid in shear between the friction discs and drive plates. As the parts come together, the fluid under shear will transmit torque between the two parts, as well as absorb heat. This eliminates direct contact of the friction discs and drive plates during high-speed slip. Heat from the friction surface is dissipated as the fluid circulates to the housing.

Heat dissipation is a major component when selecting a clutch/brake. The POSIDYNE clutch/brake basic unit dissipates heat through the housing by flowing the fluid from the friction surface to the housing. Additional heat can be dissipated by adding an integral fan, water cooling, and even pulling the fluid out of the unit for additional heat exchanger cooling and filtration. These cooling options allow the same compact size POSIDYNE clutch/brake to be used on high inertia loads, or in extremely high or low temperatures. Re-circulating the fluid dissipates the heat of engagement, which is a common cause of downtime with other clutch/brake assemblies.

Made in the USA – Sold Worldwide

Headquartered in Fairfield, Ohio since 1969, Force Control Industries is the world leader in Oil Shear Technology, offering a full line of industrial brakes, clutches and clutch/brakes for OEMs in diverse applications. Their manufacturing campus includes three manufacturing facilities with over 100,000 square feet of manufacturing space along with engineering, design, customer support and administrative offices.

Along with Sortec technology, the total Tecoi Sortec system solution integrates other Tecoi innovations, including Loadtec, Tecoi’s automated servo-driven plate handling system. Equipped with an automatic crane with liftable magnets, Loadtec handles plate transport at different stages of the process. Tecoi’s CAP System provides automatic machine loading and unloading to Tecoi’s LS Large-Format Laser Cutting Machine. Equipped with two straight laser heads and 24 kW high production power, Tecoi’s LS Laser Cutting Machine maintains high production rates with consistent precision. Robotec, Tecoi’s automatic sorting and palletizing system completes the process, performing picking, sorting, stacking, and palletizing of cut parts.

Founded in 1998, Tecoi develops, constructs, installs, and services machines for turning, sorting, distributing and combining all kinds of products.

Step-by-step Tecoi Sortec operational flow: plate reception and alignment; transport to the cutting station; automated loading and unloading; high-power laser cutting; the transfer of cut material; automatic sorting and stacking; management of full and empty pallets; and scrap and offcut management.

Tecoi designs and manufactures customized solutions for a wide array of companies and industries that comprise a wide range of sectors in metal processing– including steel service centers, steel construction, heavy duty machinery, the oil and gas industry, shipyards, and for wind power.

VFsync PMAC motors are engineered to provide precise, synchronized movement across multiple axes, making them an ideal solution for operations that demand exact velocity control and consistent performance. The permanent magnet technology enables these motors to operate in perfect synchrony with input AC frequency, ensuring that the output speed remains constant and accurate regardless of load or voltage fluctuations. Unlike traditional AC induction motors, the VFsync design minimizes energy loss and optimizes control, making it an ideal choice for users seeking to increase system performance while reducing environmental impact.

The core function of Bison’s VFsync PMAC motors is to convert electrical energy into highly controlled mechanical movement, supporting seamless integration into automated systems that require dependable and repeatable operation. Compatibility with Variable Frequency Drives (VFDs) allow for precise speed regulation and smooth acceleration. This functionality enables VFsync PMAC motors to outperform conventional motor solutions in applications where torque consistency, quiet operation, and dynamic responsiveness are critical. Designed with rugged construction and advanced materials, VFsync motors support long service life and minimal maintenance requirements, adding long-term value and reducing downtime across the equipment lifecycle.

Made in North America, Bison’s VFsync PMAC motors reflect a commitment to localized manufacturing, quality assurance, and supply chain reliability. This regional production capability ensures timely delivery and responsive support, making them a dependable choice for OEMs and system integrators operating across an expansive range of market sectors and applications. Whether driving pumps, conveyors, compressors, or other load-sensitive mechanisms, these motors provide a future-forward solution engineered to adapt to increasingly stringent efficiency standards and control expectations.

With the VFsync PMAC motor line, Bison reinforces its position as an industry leader by combining energy-smart innovation with robust mechanical design. By offering a solution that bridges the gap between traditional induction motors and more complex servo systems, VFsync PMAC motors provide users with a unique advantage in applications requiring efficiency, reliability, and value. As the material handling industry continues to evolve, Bison remains dedicated to powering smarter systems through reliable, application-ready motor technologies that meet the challenges of today while anticipating the demands of tomorrow.

Bison supports companies under growing pressure of tariffs. The company provides cost-effective, high quality products made in the USA & North America, backed by unparalleled North American manufacturing, engineering and customer support.

About Bison®

For more than 100 years, Bison®, an AMETEK business, has helped customers differentiate their products by developing robust, flexible and durable motors, blowers, and pumps under the brand names – Bison® Gear Motors, Lamb® Vacuum Motors, Nautilair® Combustion Blowers, Prestolite Motors Brushed DC Motors, ROTRON® Regenerative Blowers, ROTRON® Transportation and Windjammer® Brushless Blowers.

Bison® engineers thrive on technical challenges and provide customers with collaborative, customizable and optimized fluid-moving, fractional and integral horsepower solutions.

Bison® has worldwide sales representative support, research facilities and manufacturing plants in North America and Asia. The company is headquartered in Kent, Ohio.

Bison® is a business of AMETEK – a leading global provider of industrial technology solutions serving a diverse set of attractive niche markets with annual sales over $7.0 billion.

KASTOlogic mobile helps companies reduce long search times in their storage systems. This user-friendly app digitises the manual storage process, transforming mobile devices into smart assistants. As a result, employees always know the exact location and quantity of materials, which improves the efficiency of storage, retrieval, and order picking.
Employees are guided through each step of the process, from storage and provisioning to quality control. Control queries help prevent errors, ensure open orders are always visible, and allow all postings to be made directly from mobile devices. This approach saves time and effort while reducing inconvenient tasks.

Extremely convenient: The smart app functions as a standalone solution without automatic storage systems or complex IT infrastructures. However, it can be seamlessly integrated with ERP programs like SAP, as well as the KASTOlogic warehouse management system, if needed. This integration provides the sales and purchasing departments with access to real-time stock levels at all times. Features such as the ability to upload photos of damaged goods, automatic blocking, and continuous documentation ensure full transparency and safety. For user convenience, KASTO recommends a durable mobile device with an integrated scanner. KASTOlogic mobile effectively bridges the gap between automated and manual storage systems, resulting in faster, more cost-effective, and error-free processes.

One of the main attractions for visitors at KASTO’s trade fair stand is a miniature storage system designed for bar stock. The shelves are equipped with barcodes, enabling attendees to see first-hand how easy it is to manage the posting of goods in and out of the system using the smart KASTOlogic mobile solution. A quick scan shows the materials stored in each shelf along with their respective quantities.

Intelligent material flow within the storage system

KASTO, an expert in storage technology, provides solutions for bar stock and sheet metal, offering options that range from single towers to custom-designed honeycomb storage systems. Their KASTOflow material handling solutions integrate seamlessly into the process chain, improving efficiency at every stage. When storage technology and pre-processing functions, such as sawing, operate together effectively, materials can flow through the facility without unnecessary detours.

These systems can incorporate coilers, buffers, lifts, sheet metal turnover devices, material buffer chains, and automated guided vehicle systems (AGVs) seamlessly, allowing for expansion without requiring manual intervention by operators. This results in reduced manual work, lower error rates, and significant time savings.

KASTO at LogiMAT: Hall 3, Stand D45