This SS-1011 Large Bone Surgery Shoulder Joint Orthopedic Surgical Amputation Saw that can be used in a wide range of bone surgeries.
SS-1011
ruijin
The 2025 Top Rated Anatomical Instrument Surgical Precision Saw represents the next generation of surgical tools, engineered for ultra-precise bone cutting in neurosurgery, ENT, and plastic surgery. Its brushless motor and oscillating tip technology deliver 18,000 oscillations/min with 0.5–2mm amplitude adjustment , enabling intricate contouring in confined anatomical spaces where traditional saws risk tissue damage.
Certified by CE, FDA, and ISO 13485 , this system integrates AI-powered sensors for real-time feedback, adjusting motor power based on bone density to optimize cutting efficiency. A 14.4V lithium-ion battery provides 120+ minutes of runtime —enough for 4+ microsurgeries—with a rapid-charging system (2 hours to full capacity). Its ergonomic grip (0.7 kg) reduces fatigue during 3+ hour procedures like skull base tumor resections.
The oscillating tip blade (3–8mm width) minimizes excursion by ≤23% compared to traditional saws, critical for surgeries near nerves or blood vessels. A cooling mist system delivers sterile water at 0.5 mL/min , preventing thermal injury to delicate tissues like the facial nerve or spinal cord.
An integrated pressure sensor analyzes bone density 1,000 times/second, adjusting motor power to maintain optimal cutting speed without over-penetration. Thermal imaging alerts surgeons via a tactile vibration if tissue temperature exceeds 40°C , preventing thermal necrosis in neurosurgical and ENT procedures.
The tool-free blade release supports Stryker, Aesculap, and Medtronic blades , including ultra-fine blades (0.6mm width) for micro-neurosurgery. A micro-sized chuck (0.6–3mm) accommodates drill bits, enabling combined drilling and sawing in procedures like cochlear implantation.
Weighing 0.7 kg with a non-slip grip , the saw reduces wrist strain during prolonged microsurgeries. All components withstand 134–138°C autoclaving and 2,000+ sterilization cycles , ensuring durability in high-volume centers.
The 14.4V battery includes a smart management system that optimizes power distribution, prioritizing critical functions like cooling and sensor operation. A touchscreen interface allows surgeons to save custom settings (amplitude, speed) for specific procedures, streamlining workflow.
Neurosurgery: Enables precise skull base osteotomies and tumor resections with ±0.01mm accuracy , reducing risk to adjacent brain tissue and cranial nerves.
ENT Surgery: Supports sinusotomies and middle ear surgeries in confined spaces, with ultra-fine blades minimizing damage to auditory structures.
Plastic Surgery: Shapes facial bones during reconstructive procedures, with adjustable amplitude (0.5–2mm) for delicate contouring in rhinoplasty or jaw reconstruction.
Microsurgery: Valuable in hand and ophthalmic surgeries, with lightweight design and low vibration enhancing control during nerve-sparing procedures.
Q: Can the saw be used for spinal surgeries?
A: Yes, it includes a 2mm arthroscopic adapter for minimally invasive spinal decompression, enabling precise bone resection near the spinal cord.
Q: What is the maximum blade depth?
A: It supports up to 10mm depth for microsurgeries (e.g., skull base procedures) and 18mm depth for general surgeries, with adjustable stops to match procedure needs.
Q: Is the AI system customizable?
A: Yes, surgeons can adjust sensitivity settings for bone density and tissue temperature via the intuitive touchscreen , saving preferences for future cases.
Q: How is the blade sharpness maintained?
A: The nanocrystalline diamond coating provides extreme hardness, ensuring sharpness for 100+ procedures —outperforming traditional coatings in durability and precision.
Handpiece | Working Voltage | 14.4V |
Output Power | ≥20W | |
Unit rise in temperature | ≤25℃ | |
Charger | Input Voltage | AC 220V,50Hz |
Output Power | 14.4V,900Ma | |
Input power | 30VA | |
Battery | Voltage | 14.4V |
Charging time | About 3h | |
Oscillations | 0-15000ocs/min | |
The 2025 Top Rated Anatomical Instrument Surgical Precision Saw represents the next generation of surgical tools, engineered for ultra-precise bone cutting in neurosurgery, ENT, and plastic surgery. Its brushless motor and oscillating tip technology deliver 18,000 oscillations/min with 0.5–2mm amplitude adjustment , enabling intricate contouring in confined anatomical spaces where traditional saws risk tissue damage.
Certified by CE, FDA, and ISO 13485 , this system integrates AI-powered sensors for real-time feedback, adjusting motor power based on bone density to optimize cutting efficiency. A 14.4V lithium-ion battery provides 120+ minutes of runtime —enough for 4+ microsurgeries—with a rapid-charging system (2 hours to full capacity). Its ergonomic grip (0.7 kg) reduces fatigue during 3+ hour procedures like skull base tumor resections.
The oscillating tip blade (3–8mm width) minimizes excursion by ≤23% compared to traditional saws, critical for surgeries near nerves or blood vessels. A cooling mist system delivers sterile water at 0.5 mL/min , preventing thermal injury to delicate tissues like the facial nerve or spinal cord.
An integrated pressure sensor analyzes bone density 1,000 times/second, adjusting motor power to maintain optimal cutting speed without over-penetration. Thermal imaging alerts surgeons via a tactile vibration if tissue temperature exceeds 40°C , preventing thermal necrosis in neurosurgical and ENT procedures.
The tool-free blade release supports Stryker, Aesculap, and Medtronic blades , including ultra-fine blades (0.6mm width) for micro-neurosurgery. A micro-sized chuck (0.6–3mm) accommodates drill bits, enabling combined drilling and sawing in procedures like cochlear implantation.
Weighing 0.7 kg with a non-slip grip , the saw reduces wrist strain during prolonged microsurgeries. All components withstand 134–138°C autoclaving and 2,000+ sterilization cycles , ensuring durability in high-volume centers.
The 14.4V battery includes a smart management system that optimizes power distribution, prioritizing critical functions like cooling and sensor operation. A touchscreen interface allows surgeons to save custom settings (amplitude, speed) for specific procedures, streamlining workflow.
Neurosurgery: Enables precise skull base osteotomies and tumor resections with ±0.01mm accuracy , reducing risk to adjacent brain tissue and cranial nerves.
ENT Surgery: Supports sinusotomies and middle ear surgeries in confined spaces, with ultra-fine blades minimizing damage to auditory structures.
Plastic Surgery: Shapes facial bones during reconstructive procedures, with adjustable amplitude (0.5–2mm) for delicate contouring in rhinoplasty or jaw reconstruction.
Microsurgery: Valuable in hand and ophthalmic surgeries, with lightweight design and low vibration enhancing control during nerve-sparing procedures.
Q: Can the saw be used for spinal surgeries?
A: Yes, it includes a 2mm arthroscopic adapter for minimally invasive spinal decompression, enabling precise bone resection near the spinal cord.
Q: What is the maximum blade depth?
A: It supports up to 10mm depth for microsurgeries (e.g., skull base procedures) and 18mm depth for general surgeries, with adjustable stops to match procedure needs.
Q: Is the AI system customizable?
A: Yes, surgeons can adjust sensitivity settings for bone density and tissue temperature via the intuitive touchscreen , saving preferences for future cases.
Q: How is the blade sharpness maintained?
A: The nanocrystalline diamond coating provides extreme hardness, ensuring sharpness for 100+ procedures —outperforming traditional coatings in durability and precision.
Handpiece | Working Voltage | 14.4V |
Output Power | ≥20W | |
Unit rise in temperature | ≤25℃ | |
Charger | Input Voltage | AC 220V,50Hz |
Output Power | 14.4V,900Ma | |
Input power | 30VA | |
Battery | Voltage | 14.4V |
Charging time | About 3h | |
Oscillations | 0-15000ocs/min | |
