Angle rotor 12-place Cat : 1139 Hettich

Angle rotor 12-place Cat : 1139 Hettich

Category: Angle Rotors
Cat. No.: 1139

Product Description

The Hettich Angle Rotor (12-place, Cat. No. 1139) is designed for laboratories that require both higher capacity and precision in routine centrifugation tasks. With a fixed 35° angle, this rotor securely holds up to twelve 15 ml tubes, making it ideal for handling a larger number of medium-volume samples in one run.

Operating at a maximum speed of 6,000 rpm, it delivers consistent and efficient sedimentation, ensuring reliable separation results across all samples. Built from durable, high-quality materials, this rotor provides long-lasting performance and can withstand the demands of continuous laboratory use. Its balanced design also promotes smooth operation with minimal vibration.

Features

• Holds up to 12 × 15 ml tubes, ideal for medium-volume sample processing

• Fixed 35° angle ensures uniform sedimentation and reproducible results

• High-speed performance up to 6,000 rpm for efficient separations

• Built with robust and durable materials for long service life

• Stable and compact construction reduces noise and imbalance during operation

Technical Specifications

• Type: Angle Rotor

• Capacity: 12 × 15 ml tubes

• Maximum RPM: 6,000 min⁻¹

• Angle: 35°

• Cat. No.: 1139

Applications

• Clinical Laboratories: Handles a higher number of blood, plasma, or serum tubes in one cycle.

• Research Facilities: Suitable for biological, molecular, and chemical sample separations where medium volumes are common.

• Diagnostic Labs: Delivers accurate and reproducible results in high-sample workflows.

• Educational Institutions: Supports training in centrifugation with reliable medium-volume capacity.

Conclusion

The Hettich Angle Rotor (12-place, Cat. No. 1139) offers an excellent combination of capacity, speed, and durability. With the ability to process twelve 15 ml tubes at once and achieve speeds of up to 6,000 rpm, this rotor is a powerful accessory for laboratories that demand efficiency and precision in everyday centrifugation tasks.