Plastic Droppers | Cosmetic packaging, Lab experiments | - Material: HDPE (ASTM D648) - Capacity: 3/5ml (ISO 1043) - Tip Precision: 48ul (ISO 8655) - Wall Thickness: 0.5cm (ISO 1043) | ▲ Lightweight & cost-effective Transparent for visibility Disposable convenience | Limited chemical resistance vs glass Not ideal for high-temperature use |
Glass Droppers | Chemical labs, High-precision tasks | - Material: Borosilicate glass (ASTM E438) - Capacity: 5-10ml (ISO 1043) - Chemical Resistance: Withstands 50+ exposures (ASTM D543) | ▲ Superior chemical resistance Heat-resistant (up to 500°C) Reusability | Fragile Heavier and bulkier Higher cost per unit |
Syringes | Medical injections, Viscous liquid transfer | - Needle Gauge: 23G (ISO 671) - Capacity: 1-10ml (ISO 1043) - Accuracy: ±0.1ml (ISO 671) | ▲ Handles viscous liquids effectively Precision for medical use Reusable with sterilization | Risk of needle injury Requires training for safe use Not disposable |
Manual Pipettes | Lab research, Small-volume transfers | - Volume Range: 1-1000ul (ISO 8655) - Precision: ±2% (ISO 8655) - Ergonomic Design (ISO 9241) | ▲ Adjustable volume settings Cost-effective for basic labs Easy to clean | User-dependent accuracy Risk of fatigue during repetitive use Less durable |
Automatic Pipettes | High-throughput labs, Repetitive tasks | - Accuracy: ±1% (ISO 8655) - Repeatability: ±0.5% - Automated Dispensing (ISO 22871) | ▲ Consistent precision for large batches Reduces human error Fast operation | Expensive upfront cost Complex calibration required Not disposable |
Spray Bottles | Cleaning, Personal care products | - Spray Output: 0.5ml/pump (ASTM F392) - Capacity: 250ml (ISO 1043) - Pump Mechanism (ASTM F392) | ▲ Convenient for wide-area application Easy to use for non-technical users | Low precision for small volumes Not suitable for sensitive environments |