Motor processing - Import export

Motor mechanical shell processing.

Features & Applications -Building construction -Fiber exposure and fiberglass products manufacturing -Pharmaceutical manufacturing -Painting and spraying workshop -Electronic assembly and insulation laying -Mining, wood, and metal processing -Motor vehicle and ship building -Agriculture and veterinary services -Asbestos removal, stripping, and clear-up or handling

Battery Impulse Wrenches with electronically controlled Shut-Off High tightening speed combined with good accuracy. No reaction forces during the tightening process. Brushless motor for long motor life and high efficiency. No tightening functionality when battery charge is low, thus process safety improves. Very well suited in areas where cables and hoses impede handling flexibility of tools, such as interiors of cars, coaches and trains. The high performance lithium ion battery is pushed in horizontally and secured by a clip lock against slipping out. At too low battery level the tool will immediately stop to ensure process reliability. Applying reaction-free Yokota impulse wrenches at the assembly line also reduces the RSI risk significantly. The one hand operable YBX-T generates low vibration and low noise levels. A diode light facilitates finding of the screw and/or nut. Key Features Accurate torque with close tolerance High repeatability No kickback High speed –...

WIWOX® DP-EU pressure blasting cabinets clean and process tools and parts in just a few seconds. Fine blasting granulates are shot onto the surface by means of compressed air and remove dirt and corrosion. The blasting nozzle is manually guided during the processing of individual parts. Process automation is also possible. For this purpose, the workpiece or the blasting nozzle is moved by motor. The pressure blasting process is suitable for the removal of all solid, exposed residues and layers, especially on metallic surfaces of production tools and high-quality machine parts. Deburring and finishing of surfaces is also possible. In extensive tests with your tools you can convince yourself of the economic efficiency of our system. We will provide you with a test facility for this purpose after consultation.

Hydraulic station manufacturing refers to the process of designing, assembling, and producing hydraulic power units or stations. These units are essential components of hydraulic systems used in various industrial applications, including manufacturing, construction, agriculture, and more. Hydraulic stations provide the necessary power and pressure to drive hydraulic machinery, such as cylinders, motors, and valves. The manufacturing process of hydraulic stations involves several key steps: Design and Engineering: The process begins with the design and engineering of the hydraulic station. This includes specifying the required flow rate, pressure, and functionality based on the application's needs. Engineers create detailed schematics and plans for the hydraulic station. Component Selection: Manufacturers carefully select hydraulic components such as pumps, motors, reservoirs, valves, filters, and hoses based on the system's specifications. The chosen components should be durable.

DESCRIPTION High stability on high capacity. Can handle multiple ointment viscosity and types Type of metal used S.S 316 / 304 Certifications ISO 90012015, OHSAS 180012007, ISO 500012011, ISO 450012018 SPECIFICATION Bags Forming Section – Rollers carried the bags roll driven by servo motor. – Sealed process done by a special mechanism according to the required dimensions controlled by sensors. Filling and sealing Section – Multihead weigher provides regular continuous flow during the filling process equipped with electronic scales connected to the control panel to achieve the required packing quantity. – Pouch Seal mechanism by thermal heaters and a knife, welldesigned, long life. – Conveyor to transfer bags out of the machine. Technical specifications – The pouch dimensions can be adjusted by sensors and a printed sign on the roll. – Its form and fills various types of bags.

This series comprises valves with two connections that are operated by an electric motor. They are characterized by the fact that the valve stroke can be adjusted steplessly and held in place by a motor using a setpoint signal (420 mA or 010 V). This makes this series particularly suitable for precise dosing applications, as the servo motor reliably processes setpoint deviations of 1%.

Drum chippers are used to process long and short logs, wood pieces, saw mill waste, veneer waste, residual wood, and other wood waste to high-quality chips. Depending on the size and design of the drum chipper, the machine can be adjusted to the type of wood to be processed and the desired chip quality. The most suitable chipper size is determined by the maximum trunk diameter to be processed and the desired production capacity. The desired chip length also inuences the performance of the chipper. Key features Adv Large draw-in rollers for process-reliable wood feed at constant speed Pivoting feed system for automatic adjustment to loading height Hydraulic ywheel drive for consistent contact pressure and the damping of impacts Robust, well-balanced rotor Large ywheel inertia to compensate for short-term peak loads Generously dimensioned V-belt drive Startup process via Pony-motor to reduce spikes in power supply during acceleration of the rotor

The MCSB/2B-900 is a 900mm wide belt and brush/roll dry working Grindingmaster that is equipped with powerful motors allowing it to process the toughest and heaviest jobs around. R.P.M.1500 Hp/Kw15 + 7.5 kW Typical process applications covered by this machine: Stock removal of multiple individual parts and sheet materials Grain and scratch brush finishing of any material. Sizing and finishing of parts and sheet materials Deburring punched, nibbled, sheared or laser-cut sheet metal parts. Calibrating or keying carbon, rubber, wood or other soft materials.

Motor grab systems. A wide range of maintenance-free products Manufactured for tough yet smooth bulk load handling – in sea and inland ports, gravel and sand extraction, and waste processing – our KRÖGER motor grab systems are available in a variety of designs and all come with the KRÖGER “maintenance-free” advantage. To protect the environment and maximise your efficiency.

The Delta Line Phoenix Drive product family is the next generation of highly integrated motor control solutions. By processing all real-time critical functions within the drive, the Phoenix Drive minimizes communication traffic, reduces controller dimensions and decreases the overall system cost. It also provides axis synchronization, making the Phoenix Drive a cost-effective integrated motion controller. The Phoenix Drive uses EtherCAT high speed communication protocol and is available in two configurations: B100 and B500. Both configurations include system protections such as over current, over and under voltage, overheating, phase-to-phase shorts and ground shorts. These drives control BLDC motors with both 5V encoders and hall effect sensors. The B500 Controller includes brake output of 1.3A and STO (Safe Torque Off).

It is the perfect battery-operated tool for deburring, separating, grinding and polishing. Due to its unrestricted mobility, the MT-A enables continuously fatigue-free and efficient work. In addition, its precise and powerful motor makes it easy to process any material. Almost all fields of application are covered.