Description
The MEDILAB Kipps Dispenser with Tilt Measure is a precision liquid dispensing apparatus designed for controlled, drop-wise or measured delivery of acids, alkalis, and standard reagents. Its tilting mechanism enables effortless volume control, making it ideal for titration setups, standardized solution transfer, and routine analytical operations. Engineered for reliability and chemical compatibility, it ensures accuracy, safety, and convenience in laboratory and industrial environments.
Key Features
- Controlled Liquid Dispensing: Smooth tilt-action mechanism for accurate reagent delivery.
- High Chemical Resistance: Made from premium Borosilicate Glass 3.3, ensuring compatibility with corrosive solutions.
- Clear Graduations: Easy-to-read markings for precise volume measurement.
- Leak-proof Construction: Sturdy joints and uniform glass thickness to prevent spills and ensure safe handling.
- Ergonomic Tilt Design: Minimizes effort and reduces hand fatigue during repetitive operations.
- Thermal Shock Resistant: Handles rapid temperature changes without cracking.
- Corrosion-free and Long Service Life: Ideal for continuous use in demanding laboratory conditions.
- Customizable Options: Available in multiple sizes and joint configurations for diverse applications
Material Specifications
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Material: Borosilicate Glass 3.3 (Type I Laboratory Grade)
Thermal Properties:
- Low coefficient of thermal expansion
- High thermal shock resistance
- Suitable for heating and autoclaving
Chemical Properties:
- Excellent resistance to acids, alkalis, organic solvents, and corrosive reagents
- Non-reactive & contamination-free
Mechanical Properties:
- Uniform wall thickness for strength and durability
Standards Compliance:
- Manufactured according to international laboratory glassware norms (ISO / DIN standards)
Technical Specifications
Available Capacities:
- 50 ml, 100 ml, 250 ml, 500 ml (as per the standard size table)
Design Type:
- Tilt-measure dispensing system with precision stopcocks
Graduation Accuracy:
- Class A accuracy (± tolerance as per ISO/DIN guidelines)
Stopcock Options:
- Glass or PTFE stopcock based on application requirement
Calibration:
- Individually calibrated where applicable
Packaging:
- Export-quality, shock-proof corrugated packaging
- Optional individual boxes for retail or OEM branding
Accessories Included:
- Fitted stopcock
- Ground joint adapters
- Protective caps
Handling & Precautions
- Handle with care; avoid sudden mechanical impacts or drops.
- Do not expose to direct flame; ensure uniform heating if required.
- Suitable for autoclaving at standard laboratory conditions (follow glassware safety norms).
- Rinse with distilled water after use to avoid reagent deposits.
- Use neutral detergents, avoid abrasive cleaners or metal brushes.
- Ensure stopcock lubrication (if glass) for smooth operation.
- Store in a padded, upright position to prevent stress on joints.
- Do not exceed recommended temperature or chemical load limits.
Applications
- Analytical Chemistry Labs: Standard solution dispensing, titration, and reagent measurement.
- Pharmaceutical QC/QA: Precise addition of reagents for assay analysis.
- Chemical & Petrochemical Industries: Controlled transfer of corrosive chemicals.
- Biotechnology & Research Labs: Reagent preparation, buffer standardisation.
- Academic & Training Laboratories: Demonstrations of quantitative chemical techniques.
- Industrial R&D Units: Routine reagent handling in testing workflows.
This dispenser plays a critical role in achieving accuracy, consistency, and safety in daily laboratory operations.
Why Choose MEDILAB
- 35+ Years of Manufacturing Expertise in scientific glassware.
- Exporting to 40+ Countries with trusted global partnerships.
- Premium Build Quality: Precision-crafted under stringent QC standards.
- OEM / Private Labelling Available for distributors and brand owners.
- Consistency & Reliability: Uniform calibration and durable construction.
- Strong Packaging & Worldwide Supply Assurance, ensuring safe delivery and uninterrupted availability.






