Description
Report ItemPortable Electrosurgical Unit High Frequency Electrosurgical Unit MSL100D
Features
● Maximum output power: 300W
● Six output modes: (1) pure cut, (2) mixed cut 1, (3) mixed cut 2, (4) electrocoagulation 1, (5) electrocoagulation 2, (6) Bipolar condensate;
● Electric cut mode: pure cut 100% cut, mixed cut 1 70 % cut, 30% coagulation; mixed cut 2 50 % cut, 50% coagulation;
● Pure cut: Maximum output power 300W, enabling easy surgery on any tissues and structures;
● Mixed cut: Applicable for any tissue, good coagulation effect when conducting cutting;
● Electrocoagulation 1: Applicable for general open surgery and fine surgical point coagulation, featuring deep tissue coagulation layer and excellent coagulation effect;
● Electrocoagulation 2: Applicable for general open surgery and fine surgical surface coagulation;
● Bipolar coagulation: When the tissues achieve the effect of coagulation, the output power will begin to reduce slowly to achieve good coagulation effect;
● Panel operation: Overall microcomputer automatic control, three-zone (LED) digital display, key function/power, switch/ settings, waterproof panel design;
● Automatic adjustment: Automatically fine adjust power in a certain range to ensure the consistency of the cutting effect;
● Automatic recognition: Neutral unipolar/bipolar plate automatic recognition, when using the dual-circuit plates and the contact area less than 60%, it should automatically stop the power output and send sound-light alarm until the contact area returns to normal, which could effectively avoid burning patients by plates.
● Application range:Used in endoscopic, hysteroscopy, anorectal, general surgery, etc
Technical Specifications
- Power Supply: 220V ±22V
- Operating Frequency: 530KHz ±2Hz
- Power Rating: 1400VA
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Working Modes:
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Monopolar Cut:
- Pure Cut: 1W~100W (Load 300Ω)
- Blend 1: 1W~80W (Load 300Ω)
- Blend 2: 1W~60W (Load 300Ω)
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Monopolar Coag:
- Monopolar Coag: 1W~50W (Load 300Ω)
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Bipolar Coag:
- Bipolar Coag: 1W~50W (Load 100Ω)
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Monopolar Cut:
Detailed Images