Shot Blasting Machine

The high-performance turbines of Sandor R offer customized power and positioning options for different materials, accelerating your blasting process and enhancing its efficiency. The blast wheel system consists of units driven by direct-drive motors, providing specific abrasive flow and speed. The wheels are made of high chrome steel with exceptional hardness. The housing is constructed from manganese steel and, together with the internal liners, forms a double wear-resistant wall. The internal liners, also made of high chrome steel, are secured with screws featuring hardened cast steel heads for abrasion protection. The close labyrinth design prevents abrasive leakage between the engine coupling and housing, and the turbines can be mounted in any position, including with a vertical axis.

Work Conveyor is an innovative transport system that optimizes the movement of parts of various sizes and shapes in shot blasting machines. It offers flexibility by accommodating different materials such as steel plates, profiles, and pipes. With its high-capacity structure and adjustable speed options, it enhances production efficiency. Its low maintenance requirements and seamless integration with automated lines make your operations more sustainable and time-efficient. The Work Conveyor is designed to ensure seamless material handling and efficient performance in blasting operations. Powered by dual motors with variable speed control managed by a frequency inverter, the conveyor adapts effortlessly to operational requirements. It features durable solid steel rollers, strategically spaced to support optimal load distribution and ensure smooth part movement through the system.

Enhance Efficiently with the Abrasive Recovery System : Sandor I - Line provides superior coverage in surface processing with its strategically positioned turbines, ensuring accurate shot distribution on every part.The Air Flow Abrasive Cleaning System is an advanced solution for separating reusable abrasives from fine particles with precision and efficiency. Its innovative design features a fixed, adjustable metering gate that creates a uniform curtain of materials, allowing abrasives and fines to pass through an air-wash separation zone for effective cleaning.

With Sandor I - Line, achieve a cleaner working environment and optimized efficiency through advanced dust collection and abrasive control. The dust collector is constructed with thick steel and features reverse pulse jet cleaning for effective media filtration. It includes multiple cellulose/polyester cartridges with a large total filter area for efficient operation. The system is powered by a high-capacity fan, delivering significant air volume and ensuring exceptional filtration efficiency for fine particles, with minimal emissions. It operates within a wide temperature range and maintains optimal pressure levels for sustained performance. The system comes with a dust accumulation drum equipped with a sleeve filter and includes ducting connections. An optional silencer and mineral wool cover kit are available to reduce noise levels, ensuring quieter operation.

With advanced control technology, Sandor R makes your surface preparation processes efficient and user-friendly. The Blasting Cabinet is designed with a durable steel plate construction, built to withstand the demands of challenging industrial applications. Featuring an access door for easy inspection and maintenance, the cabinet is equipped with rubber curtains in the entry and exit chambers to minimize abrasive escape. The interior lining system consists of two layers for enhanced durability. The first layer, made of fully welded manganese steel, provides excellent wear resistance, while the second layer, constructed with high-chrome cast liners, ensures long-lasting performance in high-heat and high-wear areas and is easily replaceable.

The Hydraulic Transverse Loading/Unloading System is expertly designed to meet the demands of modern processing operations. This advanced system features hydraulic devices for efficient loading and unloading, comprising a robust lifting car, a heavy-duty support frame, a reliable drive mechanism, and a hydraulic system for seamless operation. The lifting process is powered by hydraulic cylinders, while forward and reverse movements are driven through chains and a precision reducer, ensuring smooth and controlled motion. The system is engineered to handle multiple frames for both loading and unloading with ease, offering exceptional capacity and reliability.

The bucket elevator efficiently transfers spent abrasives and debris from the cabin to the abrasive separator and storage hopper for cleaning and reuse. It features a fully enclosed, dust- and adhesive-tight design with a drive system located at the elevator head. The structure is designed for durability, with an upper tension roller powered by a motor and a lower squirrel cage integrated with an auger. Additionally, the system includes a hopper for abrasive recharging to maintain continuous operation.

The abrasive separator operates by allowing used abrasives and fines to fall through an air-wash separation zone, creating a uniform curtain for effective cleaning. It is constructed from mild steel sheets and reinforced with manganese steel in hot areas for durability. The system includes fixed retention for thick particles, a mechanism for discharging dust and fine abrasives, and a storage hopper for reusable abrasives. A drum with a flexible hose connection facilitates efficient material handling. Additionally, a built-in sensor in the storage hopper provides level monitoring and sends warnings via the HMI for seamless operation.

The abrasive valve flow system uses pneumatic ON-OFF control to regulate the flow of abrasive to the blast turbine. The valves are made of cast steel and are connected to the blast wheel through steel pipes. An optional upgrade includes abrasive flow valve control with dual drive, combining pneumatic ON-OFF control and electrical linear actuators, managed via the HMI, offering enhanced precision and flexibility compared to standard pneumatic control.

The Control Panel is a versatile and reliable system designed for efficient operation and monitoring of industrial equipment. It offers robust protection against dust and water, ensuring durability in demanding environments. Equipped with components and motors that comply with IEC or NEMA standards, the panel guarantees compatibility and global reliability. An optional Ewon remote communication module is available, enabling remote access and diagnostics, making this control panel a powerful and adaptable solution for modern industrial applications.