Strollers Testing Machine

Children's bicycle handlebar fatigue testing equipment with 0-5000N force control, ±0.5% sensor accuracy, and 1-60 times/min adjustable speed. Automatically stops after sample break or set cycles. Meets ISO 4210, DIN 79100 standards for structural strength and fatigue life verification.

Stroller Dynamic Durability Testing Equipment simulates real-world conditions like pushing, bumping, and climbing stairs to evaluate structural strength and durability. Features PLC touch screen control, 1–5 Hz vibration frequency, 0–15 kg test load, and compliance with EN 13209, ASTM F2236, and GB 31701 standards.

Baby Car Vibration Impact Testing Machine features intelligent PLC+touch screen control, 100KG single wheel load capacity, and adjustable 0-10km/h test speed. It simulates real road conditions with 200mm rollers, supports 1-999999 test cycles, and offers wide compatibility for various strollers with automatic safety protection.

Children S Stroller Road Condition Fatigue Testing Equipment simulates road conditions with 5±0.1 km/h speed, servo motor drive, PLC+touch screen control, and 15kg/22kg counterweight. Complies with AS/NZS2088, ASTM-F833, CNS 6263, EN1888 standards for stroller durability testing.

Children's Stroller Flipping Durability Tester evaluates structural strength, locking reliability, and connection fastness under repeated flipping actions. Complies with EN 1888, ASTM F833, GB 14748 standards. Features PLC control, adjustable test speed (2-10 times/min), and auto stop at 0-999,999 cycles.

Swing Link Fatigue Testing Machine with 0–3000 N force control, ±0.3% sensor accuracy, ±0.1° angle precision, and 0–120 mm stroke adjustment. Features PLC control, touch screen operation, multiple safety protections, and compliance with GB/ISO/ASTM standards for reliable fatigue life testing.

Stability testing equipment for children's vehicles Product use The child vehicle stability testing equipment is a set of professional testing instruments used to evaluate the anti-rollover, anti-tipping, and dynamic stability performance of products such as strollers, children's tricycles, walkers, and ride-on toys. The core is to simulate real-world usage scenarios, quantify critical stability angles and extreme working conditions, and ensure compliance with safety