Engineered for warehouse logistics hubs, high-altitude manufacturing facilities, and strict energy standards.
As Switzerland pushes forward with its ambitious Energy Strategy 2050, industrial and commercial sectors face rigorous pressure to minimize carbon footprints and maximize resource efficiency. In Swiss manufacturing hubs, high-bay environments—such as watchmaking assembly cleanrooms, pharmaceutical warehouses, and alpine logistics depots—demand lighting systems that are not only highly energy-efficient but also reliable under variable climate conditions. For energy managers in industrial zones like Basel, Zürich, Vaud, and Aargau, selecting the right industrial LED lighting is a vital strategic decision.
"Switzerland's Federal Office of Energy (SFOE) highlights that lighting accounts for roughly 12% of the country’s total electricity consumption. Upgrading to ultra-efficient LED systems with smart controls yields immediate savings of up to 75%—a vital metric for companies seeking to align with energy saving mandates."
Modern high bay lighting is no longer just about raw lumen output. True efficiency requires optimal optical distributions to eliminate waste, low Unified Glare Rating (UGR) for worker safety, and robust thermal management systems that ensure a long operational lifespan (L80B10 > 100,000 hours) without maintenance. Operating a production facility under Swiss labor rates means that maintenance-free operation isn't a luxury; it is a primary driver of overall lifetime ROI.
Industrial applications in Switzerland present distinct environmental challenges that dictate specific high bay lighting specifications:
Why leading Swiss contractors and engineering consultants specify our LED fixtures.
Utilizing die-cast aluminum enclosures with integrated thermal cooling fins to optimize heat transfer. Keeping junction temperatures low ensures the driver and LED chips last for decades without lumen degradation.
Fully compatible with Swiss building automation standards (KNX, DALI-2, Zigbee). Our smart high bays integrate motion sensors and daylight harvesting technologies to maximize energy savings automatically.
Our fixtures hold CE, RoHS, and premium certification test reports, guaranteeing compatibility with Electrosuisse requirements and European safety standards for immediate project sign-off.
As a leading exporter based in Yangzhou, Jiangsu Province, China, Yangzhou OneAll Lights Co., Ltd. leverages over 20 years of manufacturing experience. We bridge the gap between high-volume production efficiencies and Swiss quality standards through our integrated Factory 4.0 manufacturing processes. We utilize automated production lines, modern CNC bending, automatic submerged arc welding, and precision laser cutting to deliver high-quality products.
Our commitment to quality is reinforced by automated optical inspections (AOI), automated screw locking systems, and dedicated SMT production setups. Every high bay light undergoes strict testing, including automated aging and IP ratings validation, to ensure it meets our performance expectations before shipment.
For Swiss distributors and project managers, partnering with us means direct access to manufacturer-level customization, stable lead times, and reliable quality. We manage the supply chain to ensure smooth delivery, matching Swiss standards for reliability and durability.
Below is an look into our manufacturing processes, showcasing the equipment and quality control steps that define our production facility:
High bay lighting is not a one-size-fits-all product. Different industrial settings have unique layout constraints, mounting heights, and ambient challenges. Below are three detailed scenarios where our LED high bays have been tailored for Swiss specifications:
Operating a cold storage distribution center in temperatures around -25°C requires lighting that starts instantly and resists structural stress caused by thermal contraction. Standard plastic fittings can become brittle and break in these environments, while conventional drivers may fail to boot due to cold-start voltage drops.
Our Solution: By using our IP65/IP66 rated aluminum die-cast housings fitted with high-efficiency Meanwell drivers and dedicated thermal separation channels, these fixtures run reliably in cold-storage environments. Our switchable UFO lights allow operators to tune down wattage to match seasonal needs, reducing energy use and cooling loads.
Precision mechanical work requires high visual comfort, excellent color rendering, and low glare. Unshielded LED light sources can cause specular reflections on metallic watch parts, leading to eye strain and quality control issues.
Our Solution: Our linear high bay range features specialized PMMA prismatic lenses designed to spread light evenly, reducing the Unified Glare Rating to UGR < 19. Delivering a CRI > 90 ensures watchmakers can distinguish colors and fine details accurately. Integrated 1-10V dimming also allows for custom illumination levels across work stations.
Modern Swiss facilities are multi-functional. A badminton court or exhibition hall may host a sporting event one day and a regional logistics exhibition the next. These installations demand rugged fixtures that can withstand impacts (IK08/IK10 ratings) and provide clean, uniform illumination across the entire space.
Our Solution: The 200W Linear Gym and Badminton High Bay features robust polycarbonate diffusers and optional wire guards. These fixtures distribute light evenly across high ceilings, ensuring glare-free visibility for sports and industrial tasks alike.
Premium LED high bays designed for high-efficiency retrofits and new industrial builds in Switzerland.
Technical guidance from our senior engineering team on specifying industrial LED systems.
OneAll Lights
