Apply high-performance intelligent microprocessor control chips,
constant speed closed-loop drive control,
that is, no-load and full load speed changes within a range of ≤ 5;
BF type Electrical safety design and 100-240v wide voltage input design;
Automatic recognition of power handle;
Forward and reverse speed manual/foot control switch and reverse sound prompt;
Torque overload warning and fault alarm prompt;
The power handle of the driving grinding head has a 0.2S quick stop function when working;
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Required accessories
Function: Output power 127VA Maximum working torque: ≤ 4mN. M Speed: 0-80000rpm Noise: ≤ 75dB Weight: 55g Size: 18mm * 65mm Working mode: continuous operation Configuration interface: HDS02
◆ Lightweight alloy material. ◆ Standard type load tray and independent fixing bracket. ◆ Ensure more thorough mechanical cleaning. ◆ More convenient storage.
◆ 4M cable length, infinitely adjustable speed, foot-controlled forward and reverse speed switching; ◆ IPX6 waterproof grade, anti-slip, anti-side-over; ◆ Stylish, solid and reliable structure, maximum load-bearing limit 1350N (138Kg), comfortable and durable; ◆ ISO-E quick-change interface.
Function: Output power 127VA Maximum working torque: ≤ 4mN. M Speed: 0-80000rpm Noise: ≤ 75dB Weight: 55g Size: 18mm * 65mm Working mode: continuous operation Configuration interface: HDS02
Lightweight alloy material with anti-corrosion and wear-resistant surface treatment, capable of high-temperature and high-pressure sterilization Lightweight structural design, comfortable grip, and strong operability; Adopting a direct insertion locking method with the power handle to prevent it from falling off during operation; Stepless speed regulation, low temperature rise, low vibration, and low noise
The design of the protective sheath of the meninges effectively prevents damage to the brain tissue by the high-speed milling cutter. Improve the safety of surgery. The design of rotating protective sheath is fixed in the direction to reduce the damage to the brain tissue caused by the rotation of the protective sheath. The design of rotating protective sheath can reduce the brain tissue damage caused by the rotation of the protective sheath.