Shenzhen Rona Intelligent Technology Co., Ltd

Smarter Campus Access: How Our Swing Barriers Keep a Beijing International School Safe and Moving School security is a headache for administrators everywhere. You need to keep unauthorized people out, but you also need hundreds of kids to flow through entrances every morning without chaos. When a well-known international school in Beijing came to us with exactly this problem, we knew our swing barrier turnstiles were the answer. This K-12 campus serves students from kindergarten through high school — a mix of tiny five-year-olds with oversized backpacks, busy middle schoolers, and teenagers who move fast. The existing entrance setup couldn't keep up. Mornings were a bottleneck. Safety compliance was inconsistent. The school needed a solution that was secure, fast, and gentle enough for the youngest students. That's where our engineering team stepped in. What We Installed We deployed a full set of Rona Intelligent swing barrier turnstiles across the school's main entrance and two side gates. These aren't off-the-shelf units — the lane widths, finishing, and integration protocols were all configured specifically for this campus. Here's a quick look at the hardware and what it brings to the table: Feature Spec / Benefit Drive System Servo motor with soft-start / soft-stop — no sudden movements, no jerking. Critical for young children who might hesitate mid-gate. Throughput 30+ people per minute per lane. Morning rush clears without the usual pile-up. Passage Width Adjustable from 600mm to 1200mm. Standard students walk through comfortably; the wider setting handles wheelchairs, strollers, and maintenance carts. Anti-Pinch Infrared sensors detect any obstruction instantly. The barrier reverses immediately — tested and certified to meet international school safety standards. Durability 304 stainless steel housing, rated for continuous outdoor use. Rain, dust, freezing Beijing winters — no problem. Smart Integration Fully integrated with the school's existing RFID card system and campus management platform. Access logs, visitor management, and attendance tracking all sync in real time. How the Installation Went Our technical crew handled the entire process on-site — mounting, wiring, system configuration, and a full round of load testing. The school didn't need to coordinate multiple vendors. We worked around their class schedule so there was zero disruption to school operations. After the hardware was in place, we ran a two-day training program for the school's security team and administrative staff. Day one covered daily operations and troubleshooting. Day two went deeper into system settings and integration with their existing access control software. Everyone walked away confident running the system on their own. What the School Says "Partnering with Rona Intelligent for our campus access control was the right decision. The anti-pinch feature gives us complete peace of mind with our young students, and the turnstiles have drastically reduced congestion at our main entrance. The installation team was professional, and the after-sales support has been excellent. We highly recommend their solutions for any educational facility." — Facility Management Team, Beijing International School Honest feedback like this is why we do what we do. When a facility manager tells you they sleep better knowing the gates won't hurt a curious first-grader, you know the engineering hours were worth it. Ongoing Support That Actually Works We don't install and disappear. Every project comes with: 12-month full warranty covering parts and labor 24/7 global technical support — someone picks up the phone no matter the time zone Dedicated account manager assigned to the school for any follow-up needs Spare parts availability — critical components are stocked and ready to ship Remote diagnostics for most software and configuration issues, so you're not waiting for an engineer to fly out Why Schools Keep Choosing Rona Intelligent We've been building pedestrian access control equipment for over 22 years. In that time we've shipped to schools, corporate campuses, government buildings, stadiums, and transit hubs across more than 30 countries. What sets us apart for education projects specifically: We understand the stakes. A turnstile at a metro station and a turnstile at an elementary school are completely different products. Safety logic, speed profiles, and sensor sensitivity all need to be tuned differently. Factory-direct pricing. No middlemen. You deal with our engineers, our project managers, and our support team — all under one roof in Shenzhen. Full customization available. Need a specific lane width, door material, color finish, or access protocol? We do OEM and ODM without the usual minimum-order headaches. Our lineup covers everything: swing barriers, tripod turnstiles, flap barriers, speed gates, and full-height turnstiles. If your campus has multiple entry types, we can supply a unified solution instead of patchwork from different brands. Thinking About a Similar Project? If you're planning campus access control upgrades — whether for a single building or an entire district — get in touch. We'll walk through your layout, traffic patterns, safety requirements, and budget, then put together a proposal that actually makes sense for your site. No generic quotes. No pushy sales pitch. Just a manufacturer that knows turnstiles inside and out. You can reach us through the contact form on this site or send an inquiry directly. Tell us about your project and we'll get back to you with specifics — usually within one business day.

Adapted to an electronics factory entrance using a flap barrier gate Project Background In electronics manufacturing plants, access control equipment at factory entrances must meet strict requirements for personnel safety, electrostatic protection, stability, and high-frequency operation. Electrostatic discharge (ESD) poses a serious risk to sensitive electronic components and production equipment, making ESD control at entry points a critical part of quality management. A well-known electronics manufacturing factory required an intelligent access control solution at its main entrance that could strictly control personnel access while ensuring effective electrostatic testing, support long-term stable operation, and integrate seamlessly with existing employee management systems. After evaluating multiple solutions, the factory selected our Brushless Swing Gate integrated with ESD Static Testing System as the core equipment for personnel entry management. This project has become a representative application case of swing gates with ESD control in electronic manufacturing environments. Customer Needs Analysis During project discussions, the electronics factory Strict access control to ensure only authorized personnel can enter production areas Mandatory ESD testing before entry to prevent static electricity from being brought into workshops Equipment capable of high-frequency, continuous operation during shift changes Fast and smooth passage to avoid congestion at peak times Clear testing process and easy operation for employees Stable and reliable performance with low maintenance requirements Quiet operation, suitable for factory environments These requirements placed high demands on both the access control system and the ESD testing integration. Why Choose Our Brushless Swing Gate with ESD Tester? 1. Integrated ESD Testing for Safe Production Access The flap barrier gate is seamlessly integrated with an ESD static tester, enabling: Real-time detection of human body static electricity Automatic access release only after test qualification Effective prevention of electrostatic risks entering production areas This ensures that ESD protection becomes a mandatory and standardized entry procedure. 2. Brushless Motor Drive for Stable and Durable Operation The system adopts a brushless motor drive, offering: High stability for continuous, high-frequency use Long service life Low maintenance cost This makes it especially suitable for electronics factories with daily shift changes and large personnel flow. 3. Fast and Smooth Passage with Good User Experience After passing ESD testing, the swing gate opens smoothly and quickly, providing: Efficient passage during peak hours Reduced waiting and congestion Simple and intuitive operation for employees The overall experience is well received by factory staff. 4. Multiple Identity Authentication Support The system supports integration with various authentication methods, such as: Employee ID cards RFID cards QR codes Employee management systems This allows flexible configuration for employees, visitors, and authorized personnel, improving overall management efficiency. Client Feedback After implementation, the factory provided highly positive feedback: ✔ Effective control of static electricity risks at entry points✔ Stable operation during high-frequency shift changes✔ Smooth and efficient passage, improving staff entry efficiency✔ Clear testing process, easy for employees to use✔ Reduced manual supervision and management costs

While meeting basic access needs, economical swing gates offer the following significant advantages: Outstanding cost-effectiveness 1. Compared to high-end custom models, economical swing gates utilize standardized designs and common materials, significantly reducing procurement and maintenance costs. 2. Their simple structure and low failure rate provide high cost-effectiveness over the long term. Comprehensive Basic Functions 1. Fast Passage: Wide opening angles and high efficiency make them suitable for venues with medium traffic. 2. Basic Safety: Equipped with infrared anti-pinch and anti-tailgating features, they ensure basic access safety. 3. Strong Compatibility: Compatible with common access control systems (such as IC cards and QR codes). Flexible Adaptability: Channel widths typically range from 550-1000mm, meeting the needs of pedestrians and bicycles. Their simple design makes them easily integrated into various environments. Low Maintenance: Utilizing durable components such as brushless motors, they offer a drive lifespan of 5 millions of cycles, reducing maintenance costs compared to more complex models like swing gates.