NEWS
This article explains the unique floor-cleaning challenges of lithium battery production — conductive powder hazards, epoxy coating protection, and moisture/electrolyte control — and shows how a two-stage "sweep then scrub" workflow solves them. It details the Siben A300 (5580㎡/h), A600 (9500㎡/h) and A900 lithium-ion sweeper (16000-22000㎡/h, 5-6 hour runtime) together with X-series scrubbers, and provides selection guidance and an FAQ for facility and EHS managers.
This article breaks down the four core noise control technologies that enable Siben's industrial sweepers to achieve 60 dB(A) operation — equivalent to normal conversation. Through detailed engineering analysis of motor vibration isolation, brush system acoustics, airflow and filtration design, and chassis sound insulation, it explains how the A300 (2000W, 320kg) and A600 (3780W, 590kg) maintain identical 60dB noise levels despite vastly different power outputs. Real-world deployment cases in noise-sensitive environments like schools and commercial spaces demonstrate the practical value of low-noise industrial cleaning equipment.
This article reveals how Siben manufactures industrial cleaning equipment through rigorous engineering standards, an 8-stage quality control pipeline, and a comprehensive after-sales service network. It covers the Thunder God AMR autonomous cleaning robot, A-Series ride-on sweepers (A300/A600/A900), and X-Series floor scrubbers, helping procurement decision-makers understand why manufacturing quality directly impacts equipment lifespan, total cost of ownership, and cleaning performance.
This article addresses the most common questions from factory purchasers regarding the choice between industrial sweepers and floor scrubbers. It covers the cleaning principles (dry sweeping vs. wet scrubbing), suitable application scenarios, a comparison of the specifications for the S-Pen A series sweepers (A300/A600/A900) and the X series floor scrubbers (X1-X8), and six frequently asked questions, along with a three-step decision-making process, to help users select the appropriate equipment based on the type of soil, cleaning requirements, and area size.
This article provides a comprehensive analysis of the working principles of industrial vacuums (negative pressure adsorption, filtration and separation, pulse backwashing), four major types (single-phase/three-phase/pulse/explosion-proof), SIBEN XC series selection guide (XC300-XC3000), 8 major industry application scenarios (textile/food/pharmaceutical/metal processing, etc.), maintenance essentials, and 6 FAQs. Tailored for factory equipment procurement and EHS managers, it offers a complete decision-making reference from technical principles to model matching.
This article examines the unique floor cleaning challenges in automotive manufacturing facilities — including oil, metal shavings, paint overspray, and forklift tire marks — and presents Siben's equipment solutions: the Thunder God AMR cleaning robot (1,800㎡/h), A600 sweeper (9,500㎡/h), A900 lithium sweeper (22,000㎡/h), and X-Series scrubbers. It covers deployment strategies by production zone, ROI analysis, and frequently asked questions for facility managers.
This article delves into how to scientifically select and evaluate low-noise industrial cleaning equipment for noise-sensitive public places such as malls, hospitals, schools, and office buildings. The article first highlights the core importance of low noise in maintaining order in high-traffic areas; then provides specific selection standards from four dimensions: decibel indicators, motor technology, venue-model matching, and cleaning operation time planning; subsequently introduces comprehensive solutions for achieving quiet and efficient cleaning through "sweeping-scrubbing combinations" and "intelligent robot nighttime operations"; and finally offers practical advice for buyers on inspecting manufacturers for true test data and after-sales support.
This article provides a comprehensive product-line analysis of Siben's A-Series industrial sweepers, from the compact A300 to the heavy-duty A900. It compares specifications, core technologies (dust control, brush systems, powertrains), and real-world applications across manufacturing, logistics, and commercial facilities, helping procurement managers and facility directors select the optimal model for their operational scale.