Industrial Exoskeleton — Made to Order
Engineered for industrial environments where the human body meets its limits. PARTNER augments worker capacity while actively shielding the lumbar spine from cumulative injury — delivering strength without sacrifice.
Core Performance
Every specification of PARTNER is derived from biomechanical research and real-world industrial loading data.
PARTNER's actuated hip-assist mechanism transfers up to 50 kg of load force away from the lumbar vertebrae and distributes it across the thigh structure, drastically reducing compressive spinal loads.
Designed with a lightweight aluminum alloy and high-tensile composite frame, PARTNER adds minimal mass to the wearer while maintaining structural rigidity across sustained work cycles.
The integrated waist belt and pelvic stabilizer target the L4–L5 lumbar segment — the most common site of occupational back injury — providing active support throughout the full range of lifting motion.
Industrial Design
PARTNER's architecture is an exercise in purposeful engineering — every structural element serves a mechanical role with zero decorative excess.
With Waist Belt
Engineered to withstand continuous industrial fatigue cycles without deformation.
No batteries required. Energy is stored and released through precision spring mechanics.
Custom-fitted per operator at point of delivery, ensuring optimal biomechanical alignment.
Each PARTNER unit is manufactured upon confirmed order. No inventory. No compromise on fit.
Application Scenarios
Deployed across industries where manual materials handling presents measurable ergonomic risk and productivity constraint.
Workers performing repetitive lifting of sub-assemblies or component pallets benefit from PARTNER's consistent torque assistance, reducing fatigue accumulation over a full 8-hour shift.
In high-throughput logistics environments, PARTNER reduces injury-related downtime and workers' compensation exposure while enabling a single operator to handle heavier loads safely.
Steel fabrication, machining, and heavy component handling environments demand sustained force application. PARTNER augments operator strength while maintaining natural range of movement.
Zero-Compromise Engineering
Musculoskeletal disorders account for over 33% of all occupational injuries globally. A single lumbar injury costs an organization an estimated 38,000 USD in direct and indirect expenses.
PARTNER is not a safety device. It is a productivity infrastructure investment — one that pays for itself within the first year of deployment across active lifting roles.
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工業外骨骼 — 訂製生產
為人體在工業環境中達到極限而設計。PARTNER 提升工人搬運能力的同時, 主動保護腰椎免受累積性損傷——以科技延伸人力,而不犧牲健康。
核心性能
PARTNER 的每項規格均源自生物力學研究與真實工業載荷數據,為職業環境量身打造。
PARTNER 的髖關節驅動機構可將高達 50 公斤的負載力 從腰椎轉移至大腿結構,大幅降低脊椎壓縮負荷。
採用輕量鋁合金與高強度複合材料框架, 在保持結構剛性的同時將額外重量降至最低, 適合長時間工作使用。
整合式腰帶與骨盆穩定器專門針對 L4–L5 腰椎節段—— 職業性腰背受傷最常見的部位——在完整舉升動作範圍內提供主動支撐。
工業設計
PARTNER 的結構架構是一項以目的為驅動的工程實踐——每一個結構元素都具備力學功能,毫無冗餘設計。
含腰帶設計
設計可承受持續工業疲勞循環,確保不變形。
無需電池。能量透過精密彈簧機構儲存與釋放。
交付時依操作員個人體型量身調整,確保最佳生物力學對齊。
每台 PARTNER 均於確認訂單後製造,無現貨庫存,不妥協於穿戴適合度。
應用情境
廣泛應用於各類人工物料搬運存在顯著人因風險與生產力瓶頸的產業環境。
在重複搬運次組裝件或零件托盤的工人中,PARTNER 持續的扭矩輔助 可在整個 8 小時班次中有效降低疲勞累積速度。
在高周轉物流環境中,PARTNER 可減少因傷害導致的停工時間, 同時讓單名操作員安全處理更大重量的貨物。
鋼鐵加工、機械製造及重型零件搬運場合要求持續施力。 PARTNER 在增強操作員力量的同時,維持自然的動作範圍。
零妥協工程
肌肉骨骼疾患佔全球職業傷害的 33% 以上。 一次腰椎傷害,估計會為企業帶來直接與間接費用共計約 38,000 美元的損失。
PARTNER 不只是安全設備,而是一項生產力基礎建設投資—— 在主動搬運崗位上部署後,通常可在第一年內回收投資成本。
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