Shot blasting machine design: Advanced shot blasting machine design, such as the use of reasonable blade shape, angle and layout, can make the projectile ejection speed higher, the distribution more uniform, and improve the shot blasting efficiency. For example, some well-known manufacturers' shot blasting machines can throw more projectiles per unit time, and the projectiles cover a wider area, and the workpieces are cleaned more thoroughly and faster.
Motor power and performance: Shot blasting machines equipped with high-power and high-performance motors have stronger power, which can ensure the high-speed and stable operation of the shot blasting machine and continue to perform efficient shot blasting operations. However, some small manufacturers may choose motors with lower power or general quality to reduce costs, resulting in low shot blasting efficiency.
Shot blasting force and angle control: High-quality shot blasting machines can accurately control the shot blasting force and angle, and provide suitable shot blasting parameters for workpieces of different materials, shapes and sizes to ensure the cleaning effect. For example, for workpieces with complex surface shapes, good shot blasting machines can achieve all-round cleaning through multi-angle shot blasting without dead corner residue; but poorer shot blasting machines may cause incomplete cleaning due to inconvenient angle adjustment or inaccurate force control.
Response speed and problem-solving ability: Good manufacturers will provide timely and efficient after-sales service. When users encounter equipment failures or problems, they can respond quickly and send professional technicians to repair and guide them in time to quickly solve the problem and reduce the impact of equipment downtime on user production. For example, some large shot blasting machine manufacturers have after-sales service outlets in many places across the country, which can guarantee to arrive at the site in the shortest time; while some small manufacturers may have an imperfect after-sales service system, slow response speed, and insufficient problem-solving ability, resulting in user equipment failures not being solved for a long time, affecting normal production.
