Shenzhen Rona Intelligent Technology Co., Ltd

Project Background In early 2024, a newly constructed Grade-A office tower in Manila, Philippines reached the interior finishing stage. The developer had a clear brief for the main lobby entrance: the access control system had to match the building's high-end architectural language, not work against it. Standard stainless steel turnstiles were ruled out early. They looked too industrial. The building's lobby featured marble flooring, floor-to-ceiling glass curtain walls, and recessed ambient lighting—a cold steel gate would have broken the visual continuity. After reviewing several manufacturers, the project team selected our aluminum alloy speed gate with tempered glass swing panels. Material Decision: Why Aluminum The shift from 304 stainless to aerospace-grade aluminum was driven by three practical considerations: Factor Stainless Steel Aluminum Alloy Visual Finish Industrial, reflective Matte metallic, architectural Weight per Unit ~125 kg ~105 kg Corrosion in Coastal Climate Requires grade upgrade (304) Natural resistance, anodized layer Surface Maintenance Fingerprint-prone, needs frequent wiping Scratch-resistant, low upkeep Installation Complexity Heavier, needs more manpower Lighter, faster deployment Manila's humid, coastal environment was a key concern. Aluminum's natural corrosion resistance combined with the anodized surface treatment meant the cabinets would hold their finish for years without developing pitting or discoloration. Technical Specifications The installed units were configured as follows: Parameter Value Opening Speed 0.2 – 0.5 s Throughput 30 – 40 persons/min/lane Motor Type Servo motor Barrier Material 10mm tempered glass Sensor Array 12-pair infrared (multi-point) Noise Level < 55 dB at full speed Protection Rating IP42 Rated Life ≥ 10 million cycles Operating Temperature -20°C to +70°C Power AC 100 – 240V, 50/60Hz Safety Integration The building management team placed heavy emphasis on safety. Each lane was equipped with: Multi-point IR detection — 12 sensor pairs per lane monitor the passage zone continuously, triggering instant reversal if an obstruction is detected Anti-tailgating logic — the controller tracks one credential = one passage, blocking piggybacking attempts with an audible alert Anti-pinch mechanism — swing panels reverse immediately upon contact with resistance above a preset threshold Fire alarm linkage — hardwired to the building's fire control panel; all barriers swing open automatically on alarm trigger, clearing evacuation routes Emergency override — a manual release button at the security desk can open all gates simultaneously Access Control Compatibility The gates were integrated into the building's existing security ecosystem without requiring middleware. Native protocol support covered: HID / EM RFID card readers (125kHz and 13.56MHz) QR code scanners for visitor passes and delivery personnel Face recognition terminals (Wiegand and RS-485 interfaces) Visitor management system API (HTTP/REST) Building Management System (Modbus/BACnet) On-Site Results Three months after installation, the building management reported: Morning peak throughput — 800+ employees cleared the lobby in under 20 minutes with no queuing Zero tailgating incidents — the anti-tailgating logic flagged and blocked every unauthorized attempt Reduced lobby staffing — security headcount at the entrance was cut from 3 to 1 per shift Tenant feedback — multiple office tenants cited the entrance experience as a positive factor during lease renewal discussions Looking for a similar setup? We supply aluminum speed gates in standard and custom dimensions for office towers, corporate HQs, airports, and government buildings. Contact us with your lane width, access protocol, and finish requirements for a spec sheet and quote.

Project Background In early 2025, a premium residential compound in Shanghai's Minhang District reached out to our team with a specific challenge. The property management had just completed a major lobby renovation featuring warm bronze tones and natural stone finishes. The existing stainless steel turnstile at the main entrance — functional but visually jarring — clashed badly with the upgraded interior. They needed a replacement that could handle over 2,000 daily transits while matching the architecture. After three rounds of on-site consultation and finish sampling, we delivered a fully customized swing barrier gate in an antique bronze finish, with an embedded facial recognition terminal. The installation went live in March 2025 and has been running continuously since. What the Client Actually Needed The property management team laid out their requirements during the kickoff meeting: Gate body finish must match the lobby's bronze accent panels — generic RAL colors would not work Facial recognition had to support resident, visitor, and delivery personnel modes with different passage rules Outdoor-rated: the entrance is a semi-open arcade exposed to Shanghai's humid summers and occasional typhoon rains Anti-tailgating detection was non-negotiable — the community had experienced tailgating incidents with their previous flap barrier Failure mode: gate must automatically open (fail-safe) during fire alarm or power loss How We Approached the Customization Finishing Process Standard powder coating could not reproduce the aged bronze look the client wanted. Our finishing team developed a multi-layer process: a dark primer base, followed by a hand-applied bronze metallic coating, then a chemical patina treatment to create controlled oxidation patterns, and finally sealed with an outdoor-grade clear protective coat. The result is a surface that looks like aged architectural bronze but withstands UV exposure and rain without further uncontrolled oxidation. Three sample panels were produced and shipped to the client for on-site comparison against the lobby panels under different lighting conditions — morning, noon, and evening. The final formulation was locked in after the client signed off on the noon-light match. Facial Recognition Integration The swing barrier gate was built around our SWG-800 series mechanism, chosen for its 0.6-second opening speed and proven track record in high-traffic environments. We integrated a binocular IR facial recognition terminal mounted at 1.45m height, calibrated for the average resident height range. The terminal connects to the community's existing property management database, with local edge storage for offline recognition when the network is interrupted. Passage logic was programmed in three modes: residents trigger gate opening immediately upon face match; registered visitors get one-time access within a time window after the host approves via the community app; delivery personnel are routed to a separate side lane with QR code verification. Specification Detail Mechanism Model SWG-800 Swing Barrier Gate Cabinet Material 304 Stainless Steel (1.5mm thickness) Surface Finish Custom Antique Bronze (multi-layer hand-applied) Opening Speed 0.6 seconds Facial Recognition Binocular IR camera, 99.7% recognition rate Passage Width 650mm (standard), adjustable to 900mm Ingress Protection IP54 rated for outdoor use Fail-Safe Mode Automatic swing-open on power loss or fire signal Daily Capacity 2,000+ transits Installation and Testing Installation took three working days. Day one covered mounting plate preparation and cable routing; day two was mechanical installation and power-up; day three focused on facial recognition calibration, passage logic testing, and integration with the fire alarm relay. We ran a 48-hour continuous cycling test before handover: the gate executed over 10,000 open-close cycles without a single mechanical fault. Recognition testing across 50 volunteer residents achieved a 99.2% first-pass rate under varying lighting — morning sun, overcast, and lobby artificial light after dark. Why the Project Worked This project highlights what in-house manufacturing control actually means on a custom job. The finish sampling alone required close coordination between our metal fabrication, coating, and QC teams — something a trading company relying on third-party suppliers cannot realistically manage within a reasonable timeline. Every step from sheet metal cutting to final assembly and testing happened under one roof, which let us iterate on finish samples in under two weeks. The antique bronze finish has since become a repeat request from other clients in the hospitality and luxury residential sectors. We now keep the formula on file as a standard customizable option.

Background Early last year a provincial government office building in Hunan decided it was time to overhaul the way people moved through its main lobby. The existing setup relied heavily on security staff to check credentials at the door — a process that worked, more or less, but created bottlenecks during the 8 a.m. rush and left gaps that were hard to close without adding more personnel. The building sees a steady mix of civil servants, maintenance crews, delivery personnel, and visitors with appointments. Some days headcount at the entrance tops 2,000. The facilities team wanted a system that could handle all of that without turning the lobby into a choke point. What They Needed After talking through the pain points with the building management, a few non-negotiables came into focus. They needed to keep unauthorized visitors from wandering past the lobby — not an unusual ask, but the catch was that the lobby itself had limited floor space. Any physical barrier had to be compact. They also wanted the new gates to talk to the RFID card system already in use, so employees wouldn't have to carry a second credential. Emergency egress was another hard requirement: if the fire alarm tripped, the barriers had to swing open immediately. And honestly, looks mattered. This was the first thing anyone saw when they walked into a government building — it couldn't feel like a subway station. What We Installed Our recommendation landed on a set of speed gate turnstiles built around SUS304 stainless steel cabinets with transparent acrylic swing barriers. Three lanes were arranged across the main lobby entrance, each handling bi-directional traffic so the morning inbound crowd and the evening outbound flow could share the same footprint. A few things about this particular model that made it the right fit: The cabinet width sits at 180mm per lane — slim enough that three lanes fit comfortably where two traditional tripod units would have been tight Anti-tailgating sensors track each credential event and flag when a second person tries to slip through behind an authorized user Infrared anti-pinch detection stops the barriers if it senses obstruction, which matters in a building with elderly visitors Blue LED indicators on the top lid make lane status obvious at a glance — green arrow means proceed, red cross means stop When the fire alarm triggers, the barriers retract fully within half a second Integration with the building's existing access control platform went through a standard Wiegand interface. The card readers they already had mounted at reception stayed right where they were. How Installation Went We scheduled the physical work over a weekend to avoid disrupting weekday operations. The old stanchions came out Friday evening, cable conduits were laid overnight, and the gate assemblies were bolted down and leveled by Saturday afternoon. By Sunday evening the system was live-tested with a subset of employee badges and Monday morning rolled out to the full workforce. One thing the building manager mentioned afterward: they appreciated that the transparent barriers didn't close off the lobby visually. With the glass panels in the open position, you can see clear across the entrance hall — important for a government facility where transparency, even literal transparency, reinforces the right impression. Results After Six Months The security desk now handles exceptions rather than checking everyone. Morning peak throughput improved noticeably — what used to be a line snaking into the parking lot at 7:55 now clears in under ten minutes. The access logs give the facilities team a searchable record of every entry and exit, useful beyond security — they now cross-reference badge data with HVAC scheduling to adjust temperature zones by actual occupancy. The gates have needed one service visit since installation — a routine firmware update. The cabinets still look new after wiping down. Why Speed Gates Fit Public Sector Buildings Government facilities sit at an odd intersection of requirements: security has to be tight but the environment can't feel hostile; throughput has to be high during rush periods but the hardware can't dominate the lobby. Speed gates handle these trade-offs better than alternatives — the stainless-and-glass combination reads as professional rather than aggressive, and the fast cycle time keeps lines moving. Project Summary This Hunan installation is one of several government-sector deployments we completed in 2024. The speed gate configuration running in this building today processes roughly 1,800 people during a typical weekday, handles emergency scenarios automatically, and hasn't generated a single complaint about the lobby looking "too industrial." If your organization is planning an access control upgrade — whether for a government facility, corporate headquarters, university campus, or transit hub — we are happy to walk through the site requirements and put together a configuration that fits the space and the budget.