High Speed Micro Centrifuge FM-HPC-A101 can reach speeds up to 15,000 rpm, enabling quick separation of samples with high centrifugal force. It has an optimized air duct system that reduces temperature rise, preserving quality. The brushless DC motor offers durability with minimal maintenance, reducing downtime and costs. Our Centrifuge features a vibration-dampening base for stability and reduced oscillations during high-speed runs.
Specifications
Speed Range | 500 to 15000rpm (100rpm increments) |
Maximum RCF | 100 to 15000xg (100xg increments) |
Maximum Capacity | 12×1.5/2.0ml |
Timer Range | 1s to 99m59s |
Liquid Temperature Rise | ≤ 10℃ |
Max. Rotor Radius | 60mm |
Acceleration/Deceleration Rate (Fast) | ≤ 30±5s |
Acceleration/Deceleration Rate (Slow) | 60±5s |
Noise Level | ≤ 60 dB |
Power Supply | DC24V 5A |
Power Consumption | 100W |
Dimensions (L×W×H) | 230 × 270 × 155 mm |
Weight | 1.5 Kg |
Features
Applications
Fison High Speed Micro Centrifuge is a compact laboratory device that delivers rapid spinning capabilities for efficient and timely separation of sample components. They minimize vibrations during operation to enhance stability, sample integrity, and equipment longevity. These feature an LCD for easy operation and precise control of key parameters like speed, time, and RCF. Their airflow or refrigerated chambers allow for the minimization of heat buildup, preserving sensitive samples. The advanced airflow or refrigerated chambers reduce heat buildup, preserving sensitive samples. Our High Speed Micro Centrifuge features rotors that use lightweight, high-strength materials for durability and optimal performance at high speeds.
Fison Low Speed Centrifuges are designed for efficient separation of biological and chemical samples. They offer reliable low speed centrifugation, ensuring gentle handling of sensitive materials. These units feature a user-friendly control panel, allowing easy speed and time adjustments. They include a lid-lock mechanism and imbalance detection for enhanced safety. Our centrifuges are equipped with multiple rotors to accommodate various sample types and volumes for versatile use.
Fison Low Speed Refrigerated Centrifuges are designed for efficient separation of temperature-sensitive biological and chemical materials. They offer stable and adjustable temperature control, ensuring optimal conditions for sample preservation. These units feature a user-friendly control panel for easy operation and monitoring. They are equipped with multiple rotor options, accommodating various sample volumes for versatile applications. Our centrifuges deliver quiet and stable operation, minimizing noise and vibration to enhance laboratory efficiency.
Fison High Speed Centrifuge applies large centrifugal force to separate sample components. They come with microprocessor regulated LCD Display for easy monitoring. Cooling systems protect heat-sensitive samples by maintaining sub-zero temperatures. They feature multiple working modes along with noise-free operation. We offer High Speed Centrifuge with different speed settings, ranging from 6000 to 23000 rpm.
Fison High Speed Refrigerated Centrifuges are designed for rapid and precise separation while maintaining accurate temperature control. They provide an advanced cooling system, maintaining stable temperatures to protect heat-sensitive samples. These units are equipped with multiple rotor types for versatile applications. Our centrifuges deliver low noise and vibration, ensuring a quiet and stable laboratory environment. They feature durable and corrosion-resistant construction for long-term use.
Fison Mini Centrifuge features a transparent lid design, allowing easy observation of samples during operation. They provide protection at high speed, preventing damage from excessive forces or rapid movements. Their adoption of high-frequency broad voltage technology ensures stable performance across varying voltage levels. The rotor snaps allow for easy replacement, reducing downtime and ensuring continuous, efficient operation. Our mini centrifuge uses the opening and closing of the lid as the stop or start mechanism, ensuring safe and efficient operation.