ACTEON PIEZOTOME CUBE
"BONE SURGERY THE ACTEON PIEZOTOME CUBE IS AN ADVANCED PIEZOELECTRIC SURGICAL DEVICE DESIGNED FOR BONE SURGERY, OFFERING PRECISION, SAFETY, AND EFFICIENCY. IT UTILIZES ULTRASONIC VIBRATIONS TO PERFORM ATRAUMATIC BONE CUTTING, REDUCING DAMAGE TO SOFT TISSUES AND IMPROVING HEALING TIMES."
W&H IMPLANTMED CLASSIC SI-923 PHYSIO DISPENSER
"WARRANTY -1 YEAR WritPOWERFUL MOTOR: DELIVERS A TORQUE OF 5.5 NCM WITH A SPEED RANGE OF 300 TO 40,000 RPM, ENSURING PRECISE AND EFFICIENT IMPLANT PLACEMENT. AUTOMATIC THREAD CUTTER FUNCTION: INCLUDED IN PROGRAM 5, IT REDUCES BONE COMPRESSION AND PROMOTES OPTIMAL HEALING CONDITIONS. INTUITIVE OPERATION: FEATURES A LARGE, EASY-TO-READ DISPLAY WITH A LOGICAL INTERFACE FOR SIMPLE OPERATION USING BUTTONS OR FOOT CONTROL. ERGONOMIC DESIGN: COMPACT MOTOR AND WELL-BALANCED HANDPIECE FOR COMFORTABLE, FATIGUE-FREE USE.e detailed description of the product"
W&H IMPLANTMED CLASSIC SI-923 PHYSIO DISPENSER
"WARRANTY -1 YEAR WritPOWERFUL MOTOR: DELIVERS A TORQUE OF 5.5 NCM WITH A SPEED RANGE OF 300 TO 40,000 RPM, ENSURING PRECISE AND EFFICIENT IMPLANT PLACEMENT. AUTOMATIC THREAD CUTTER FUNCTION: INCLUDED IN PROGRAM 5, IT REDUCES BONE COMPRESSION AND PROMOTES OPTIMAL HEALING CONDITIONS. INTUITIVE OPERATION: FEATURES A LARGE, EASY-TO-READ DISPLAY WITH A LOGICAL INTERFACE FOR SIMPLE OPERATION USING BUTTONS OR FOOT CONTROL. ERGONOMIC DESIGN: COMPACT MOTOR AND WELL-BALANCED HANDPIECE FOR COMFORTABLE, FATIGUE-FREE USE.e detailed description of the product"
W&H IMPLANTMED SI-1023 PHYSIO DISPENSER
"WARRANTY -2 YEAR POWERFUL MOTOR: DELIVERS A TORQUE OF 6.2 NCM WITH A SPEED RANGE OF 200 TO 40,000 RPM, ENSURING HIGH PRECISION AND EFFICIENT IMPLANT PLACEMENT. AUTOMATIC TORQUE CONTROL: ADJUSTABLE BETWEEN 5 TO 80 NCM, ALLOWING SAFE AND CONTROLLED IMPLANT INSERTION. AUTOMATIC THREAD CUTTER FUNCTION: ASSISTS IN PREPARING BONE FOR IMPLANTS, REDUCING COMPRESSION AND PROMOTING OPTIMAL HEALING. INTUITIVE OPERATION: FEATURES A COLOR TOUCH SCREEN WITH A GLASS SURFACE FOR EASY NAVIGATION AND SETTINGS ADJUSTMENT. ERGONOMIC DESIGN: COMPACT MOTOR AND BALANCED HANDPIECE FOR COMFORTABLE, FATIGUE-FREE USE. FLEXIBLE FOOT CONTROL: AVAILABLE IN WIRED OR WIRELESS OPTIONS FOR GREATER FREEDOM DURING PROCEDURES. DOCUMENTATION CAPABILITY: INCLUDES A USB INTERFACE TO RECORD TREATMENT DATA FOR IMPROVED TRACEABILITY. ADJUSTABLE COOLANT FLOW: MINIMUM 90 ML/MIN AT 100% SETTING FOR OPTIMAL COOLING DURING SURGERY."
W&H IMPLANTMED SI-1023 PHYSIO DISPENSER
"WARRANTY -2 YEAR POWERFUL MOTOR: DELIVERS A TORQUE OF 6.2 NCM WITH A SPEED RANGE OF 200 TO 40,000 RPM, ENSURING HIGH PRECISION AND EFFICIENT IMPLANT PLACEMENT. AUTOMATIC TORQUE CONTROL: ADJUSTABLE BETWEEN 5 TO 80 NCM, ALLOWING SAFE AND CONTROLLED IMPLANT INSERTION. AUTOMATIC THREAD CUTTER FUNCTION: ASSISTS IN PREPARING BONE FOR IMPLANTS, REDUCING COMPRESSION AND PROMOTING OPTIMAL HEALING. INTUITIVE OPERATION: FEATURES A COLOR TOUCH SCREEN WITH A GLASS SURFACE FOR EASY NAVIGATION AND SETTINGS ADJUSTMENT. ERGONOMIC DESIGN: COMPACT MOTOR AND BALANCED HANDPIECE FOR COMFORTABLE, FATIGUE-FREE USE. FLEXIBLE FOOT CONTROL: AVAILABLE IN WIRED OR WIRELESS OPTIONS FOR GREATER FREEDOM DURING PROCEDURES. DOCUMENTATION CAPABILITY: INCLUDES A USB INTERFACE TO RECORD TREATMENT DATA FOR IMPROVED TRACEABILITY. ADJUSTABLE COOLANT FLOW: MINIMUM 90 ML/MIN AT 100% SETTING FOR OPTIMAL COOLING DURING SURGERY."
W&H OSSTELL BEACON
"IMPLANT STABILITY ASSESSMENT OBJECTIVE IMPLANT STABILITY ASSESSMENT: UTILIZES RESONANCE FREQUENCY ANALYSIS (RFA) TO PROVIDE NON-INVASIVE, OBJECTIVE MEASUREMENTS OF IMPLANT STABILITY, ENSURING PRECISE EVALUATION WITHOUT COMPROMISING THE HEALING PROCESS. WH.COM WIRELESS AND PORTABLE DESIGN: COMPACT, CORDLESS INSTRUMENT OFFERS GREATER FREEDOM OF MOVEMENT WITHIN THE DENTAL PRACTICE, ENHANCING OPERATIONAL EFFICIENCY. WH.COM INTUITIVE USER INTERFACE: FEATURES AN EASY-TO-READ DISPLAY WITH A COLOR-CODED SYSTEM INDICATING IMPLANT STABILITY QUOTIENT (ISQ) VALUES, FACILITATING QUICK INTERPRETATION OF RESULTS. WH.COM INTEGRATION WITH OSSTELLCONNECT: OFFERS SEAMLESS DATA STORAGE AND ANALYSIS THROUGH THE FREE CLOUD-BASED PLATFORM, ALLOWING FOR COMPREHENSIVE MONITORING OF OSSEOINTEGRATION AND INFORMED DECISION-MAKING. WH.COM ENHANCED TREATMENT PREDICTABILITY: ENABLES CLINICIANS TO DETERMINE OPTIMAL LOADING TIMES, REDUCING OVERALL TREATMENT DURATION AND IMPROVING OUTCOMES, PARTICULARLY IN PATIENTS WITH RISK FACTORS. WH.COM COMPATIBILITY WITH IMPLANTMED PLUS: WHEN USED IN CONJUNCTION WITH THE W&H IMPLANTMED PLUS SI-1015 UNIT, THE OSSTELL BEACON DISPLAYS REAL-TIME ISQ MEASUREMENTS DIRECTLY ON THE SCREEN, STREAMLINING WORKFLOW AND DOCUMENTATION."
w&H OSTELL
"IMPLANT STABILITY ASSESSMENT OBJECTIVE IMPLANT STABILITY ASSESSMENT: UTILIZES RESONANCE FREQUENCY ANALYSIS (RFA) TO PROVIDE NON-INVASIVE, OBJECTIVE MEASUREMENTS OF IMPLANT STABILITY, ENSURING PRECISE EVALUATION WITHOUT COMPROMISING THE HEALING PROCESS. WH.COM WIRELESS AND PORTABLE DESIGN: COMPACT, CORDLESS INSTRUMENT OFFERS GREATER FREEDOM OF MOVEMENT WITHIN THE DENTAL PRACTICE, ENHANCING OPERATIONAL EFFICIENCY. WH.COM INTUITIVE USER INTERFACE: FEATURES AN EASY-TO-READ DISPLAY WITH A COLOR-CODED SYSTEM INDICATING IMPLANT STABILITY QUOTIENT (ISQ) VALUES, FACILITATING QUICK INTERPRETATION OF RESULTS. WH.COM INTEGRATION WITH OSSTELLCONNECT: OFFERS SEAMLESS DATA STORAGE AND ANALYSIS THROUGH THE FREE CLOUD-BASED PLATFORM, ALLOWING FOR COMPREHENSIVE MONITORING OF OSSEOINTEGRATION AND INFORMED DECISION-MAKING. WH.COM ENHANCED TREATMENT PREDICTABILITY: ENABLES CLINICIANS TO DETERMINE OPTIMAL LOADING TIMES, REDUCING OVERALL TREATMENT DURATION AND IMPROVING OUTCOMES, PARTICULARLY IN PATIENTS WITH RISK FACTORS. WH.COM COMPATIBILITY WITH IMPLANTMED PLUS: WHEN USED IN CONJUNCTION WITH THE W&H IMPLANTMED PLUS SI-1015 UNIT, THE OSSTELL BEACON DISPLAYS REAL-TIME ISQ MEASUREMENTS DIRECTLY ON THE SCREEN, STREAMLINING WORKFLOW AND DOCUMENTATION."
W&H PIEZOMED
BONE SURGERY ULTRASONIC TECHNOLOGY FOR MINIMALLY INVASIVE SURGERY HIGH PRECISION AND CONTROL FOR BONE CUTTING AUTOMATIC INSTRUMENT DETECTION FOR EFFICIENT WORKFLOW LOW HEAT GENERATION TO PREVENT BONE NECROSIS ERGONOMIC DESIGN AND USER-FRIENDLY INTERFACE