Infusion bottle suspension detection device

Infusion bottle suspension detection device

Infusion bottle suspension detection deviceIt is a medical equipment quality testing instrument specifically used to test the suspension performance of infusion bottle (or infusion bag) suspension rings. It is mainly used to ensure the suspension stability, load-bearing capacity, and safety of infusion bottle suspension rings, and to prevent infusion bottles from falling off or tilting due to ring defects. The following is a detailed description of the instrument:

1. Main functions

• Integrity testing of lifting ringsCheck if the lifting ring is intact, without cracks or deformations.

• Suspension load bearing testSimulate the load when suspending infusion bottles (such as the weight of medication) and test the maximum load-bearing capacity of the lifting ring.

• stability testCheck whether the suspended infusion bottle is stable and whether there is any tilting or shaking phenomenon.

• fatigue testEvaluate the long-term durability of the lifting ring through multiple cyclic loading.

• Size matching detectionVerify if the size of the lifting ring matches the hook of the infusion rack.

2. Instrument structure

• Rack and fixtureFixed infusion bottle and simulated hanging state, adjustable to adapt to different specifications of infusion bottles.

• sensor module：

• Mechanical sensorsReal time monitoring of the force on the lifting ring (tension, pressure).

• displacement sensorDetect the deformation of the lifting ring or the displacement deviation after suspension.

• control systemBased on PLC or embedded systems, control the testing process, collect data, and analyze results.

• Display and alarm moduleReal time display of test data on touch screen or display screen, triggering sound and light alarms in case of abnormalities.

• Data recording moduleStore test results (such as load-bearing limit, number of cycles, etc.), support export or online upload.

3. Working principle

1. Fixed infusion bottleFix the suspension ring of the infusion bottle onto the hanging fixture of the instrument.

2. simulated loadApply preset weight (such as 0-10kg range) through weights, pneumatic or electric loading devices.

3. data collection：

• The sensor records the force, deformation, and displacement of the lifting ring in real time.

• The visual system detects whether there are cracks, burrs, and other defects in the lifting ring.

4. Analyze and judge：

• If the lifting ring does not break, deform or exceed the displacement limit within the load-bearing range, it is judged as qualified.

• If the threshold is exceeded (such as insufficient load-bearing capacity or excessive deformation), it is judged as unqualified and an alarm is triggered.

5. generate reportRecord testing time, batch, results, and other data for quality traceability.

4. Application scenarios

• Medical equipment manufacturerUsed for quality inspection of infusion bottles/bags before leaving the factory.

• Hospital Equipment DepartmentRegularly check the reliability of infusion racks and infusion bottle suspension rings.

• Quality inspection agencyThird party safety certification for medical consumables.

5. Core advantages

• high precisionThe accuracy of the mechanical sensor can reach ± 0.1%, ensuring the reliability of the test.

• automationOne click start of testing process to reduce manual operation errors.

• compatibilityCan adapt to infusion bottles of different specifications (such as glass bottles, PVC bags).

• safetySimulate real usage environments to prevent clinical risks.

• standardizationCompliant with relevant standards in the medical industry (such as ISO 8536, GB/T 1962, etc.).

6. Examples of Technical Parameters

• Load-bearing capacity0-15kg (adjustable)

• test speed1-5 times/minute (fatigue test mode)

• accuracy class：±0.5% FS

• power supply：220V AC/24V DC

• data interface：USB/RS-485/Wi-Fi

This instrument ensures the safety and stability of infusion bottle suspension rings in clinical use through strict mechanical and visual inspection, and is an important tool for medical quality control.