What Is EN 1273 Baby Walking Frame Dynamic Strength Testing Machine GT-MS06
Mar 02, 2026
What Is EN 1273 Baby Walking Frame Dynamic Strength Testing Machine GT-MS06
Baby Walking Frame (Baby Walking Frame), as a common infant auxiliary product, its structural strength and safety in use have become the focus of manufacturers and testing institutions. Especially in the EU market, products must comply with the relevant requirements of EN 1273 standard in order to be legally sold. The EN 1273 Baby Walking Frame Dynamic Strength Testing Machine GT-MS06 developed around this standard is an important equipment used to test the dynamic strength performance of baby walking frame seats.
I. EN 1273
EN 1273 is an important European standard formulated for the safety performance of baby walking frames, mainly regulating product structural strength, stability, dynamic durability, and potential hazard factors.
In actual use, babies will constantly shake, bounce, and move while in the baby walking frame. The seat part needs to withstand repeated impacts and dynamic loads. If the seat structural strength is insufficient, it may lead to fracture, deformation, or support failure, thereby causing safety accidents.
This European standard specifies safety requirements and test methods for baby walking frames into which a child is placed, and intended to be used from when the child is able to sit up by itself until the child is able to walk by itself. This European standard does not apply to baby walking frames for therapeutic and curative purposes and to those baby walking frames relying on inflatable parts to support the child. NOTE Baby walking frames relying solely on inflatable parts to support the child are excluded from the scope of this standard because of the problem of retaining rigidity of the structure.
II. What is the EN 1273 Baby Walking Frames Testing Machine
This Baby Walking Frame Dynamic Strength Testing Machine applies to all types of baby walking frame, used for walking frame seating dynamic strength test.
The equipment simulates the dynamic force condition of babies on the walking frame in actual use, and conducts periodic impact and loading tests on the seat structure, so as to evaluate the durability and safety performance of the product under repeated use.
The baby walking frame testing machine has a wide range of applications and meets the testing requirements of different design structures.
III. Technical Advantages of GT-MS06 Baby Walking Frame Testing Machine
GT-MS06 baby walking frame testing machine has been optimized in structural design, control system, and loading method, with a high level of automation and test stability.
The main structure of the machine is made of aluminum, beautiful and easy to maintain.
The aluminum structure not only improves the overall texture of the equipment, but also reduces maintenance costs.
Using PLC touch screen control, operation more convenient.
In addition, the machine loading device uses electric control movements, more extensive test space.
IV. GT-MS06 Baby Walking Frame Testing Machine Parameters
The GT-MS06 Baby Walking Frame Dynamic Strength Testing Machine also has complete technical parameter configuration.
The cylinder stroke is 0~300mm, which can meet the loading requirements of baby walking frames with different heights;
The test speed is set to 5 cycles per minute (5 cpm), accurately matching the dynamic test speed requirements specified in EN 1273 standard;
The number of tests can be freely set within the range of 0~999,999 times, which can simulate the dynamic force scenario of infants using the baby walking frame for a long time, and comprehensively test the durability of the product;
The EN 1273 Baby Walking Frame Dynamic Strength Testing Machine adopts single-phase AC 220V, 50Hz, 5A power supply, which is compatible with most global power grid standards, convenient for flexible deployment by enterprises and testing institutions;
The overall dimension of the baby walking frame testing machine is 150×150×200cm, with a weight of about 350kg. The structure is compact, occupies small space, and is suitable for standardized laboratory layout.
