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Beyond Stone Management
menovex's Vertical integration Delivers
Unmatched Physician Control

menovex® tamburo

tamburo Thulium Fiber Laser System

The tamburo is an advanced Thulium fiber laser system designed for urological applications.
Operating at a wavelength of 1940 nm, this versatile device is engineered for a wide range of clinical tasks including stone management and soft tissue dissection.

tamburo Premium

MIL-TFL-600A

Specifications
Laser Classification
IEC/EN 60825-1
Class 4
Aiming beam classification
IEC/EN 60825-1
Class 3R
Laser Type
Thulium Fiber Laser
Wavelength
1940 nm±20 nm
Average power
Up to 60W
Pulse Energy
0.025-6J
Operating mode
Pulsed/CW
Pulse duration
200μs - 50ms
Repetition rate
1-2400Hz
Beam divergence
16°
Aiming Beam Pulse Frequency
Green, 510 - 530 nm,
power adjustable 0-5 mW
MPE
(Maximum Permissible Exposure)
1000 W/m2
Glasses specification
1940 D LB4
NOHD
(Nominal Ocular Hazard Distance)
1.08m

tamburo Pro

MIL-TFL-600B

Specifications
Laser Classification
IEC/EN 60825-1
Class 4
Aiming beam classification
IEC/EN 60825-1
Class 3R
Laser Type
Thulium Fiber Laser
Wavelength
1940 nm±20 nm
Average power
Up to 60W
Pulse Energy
0.025-6J
Operating mode
Pulsed
Pulse duration
200μs - 50ms
Repetition rate
1-2400Hz
Beam divergence
16°
Aiming Beam Pulse Frequency
Green, 510 - 530 nm,
power adjustable 0-5 mW
MPE
(Maximum Permissible Exposure)
1000 W/m2
Glasses specification
1940 D LB4
NOHD
(Nominal Ocular Hazard Distance)
0.61m

tamburo Lite

MIL-TFL-600C

Specifications
Laser Classification
IEC/EN 60825-1
Class 4
Aiming beam classification
IEC/EN 60825-1
Class 3R
Laser Type
Thulium Fiber Laser
Wavelength
1940 nm±20 nm
Average power
Up to 40W
Pulse Energy
0.025-4J
Operating mode
Pulsed
Pulse duration
200μs - 33ms
Repetition rate
1-1600Hz
Beam divergence
16°
Aiming Beam Pulse Frequency
Green, 510 - 530 nm,
power adjustable 0-5 mW
MPE
(Maximum Permissible Exposure)
1000 W/m2
Glasses specification
1940 D LB4
NOHD
(Nominal Ocular Hazard Distance)
0.50m
Specifications
Laser Classification
IEC/EN 60825-1
Class 4
Aiming beam classification
IEC/EN 60825-1
Class 3R
Laser Type
Thulium Fiber Laser
Wavelength
1940 nm±20 nm
Average power
Up to 60W
Pulse Energy
0.025-6J
Operating mode
Pulsed/CW
Pulse duration
200μs - 50ms
Repetition rate
1-2400Hz
Beam divergence
16°
Aiming Beam Pulse Frequency
Green, 510 - 530 nm,
power adjustable 0-5 mW
MPE
(Maximum Permissible Exposure)
1000 W/m2
Glasses specification
1940 D LB4
NOHD
(Nominal Ocular Hazard Distance)
1.08m
Specifications
Laser Classification
IEC/EN 60825-1
Class 4
Aiming beam classification
IEC/EN 60825-1
Class 3R
Laser Type
Thulium Fiber Laser
Wavelength
1940 nm±20 nm
Average power
Up to 60W
Pulse Energy
0.025-6J
Operating mode
Pulsed
Pulse duration
200μs - 50ms
Repetition rate
1-2400Hz
Beam divergence
16°
Aiming Beam Pulse Frequency
Green, 510 - 530 nm,
power adjustable 0-5 mW
MPE
(Maximum Permissible Exposure)
1000 W/m2
Glasses specification
1940 D LB4
NOHD
(Nominal Ocular Hazard Distance)
0.61m
Specifications
Laser Classification
IEC/EN 60825-1
Class 4
Aiming beam classification
IEC/EN 60825-1
Class 3R
Laser Type
Thulium Fiber Laser
Wavelength
1940 nm±20 nm
Average power
Up to 40W
Pulse Energy
0.025-4J
Operating mode
Pulsed
Pulse duration
200μs - 33ms
Repetition rate
1-1600Hz
Beam divergence
16°
Aiming Beam Pulse Frequency
Green, 510 - 530 nm,
power adjustable 0-5 mW
MPE
(Maximum Permissible Exposure)
1000 W/m2
Glasses specification
1940 D LB4
NOHD
(Nominal Ocular Hazard Distance)
0.50m

Laser System-Stone

Video
Laser system-Stone
Laser system-BPH

Faster rate
of lithotripsy

The water absorption coefficient is 4 times that of holmium laser, and the stone ablation rate is 2-3 times that of holmium laser.The energy consumption is 1/3 of that of holmium laser, and the stone removal efficiency is 1.6 times that of holmium laser

Dual methods
of lithotripsy

Ultra-high frequency, long pulse width lithotripsy, can make the diameter of stone powder <250um, to achieve ultra-fine powdering, rapid stone discharge. Low-frequency, short-pulse width lithotripsy can make stones super-pulse elastic, and high-efficiency lithotripsy

Compatible with
multi-specification
optical fibers

The lS0um ultra-fine optical fiber can be used in conjunction with the flexible scope surgery, and the flexible lens can achieve free deflection and maintain better water circulation

Practically
no retropulsion

Compared with traditional holmium lasers, larger pulse durations, faster frequencies, and lower pulses. Peak power enables less stone retropulsion and in-situ lithotripsy

Optimize
the combination
of parameters

Optimize the parameter setting and combination of lithotripsy to reduce the ablation effect and flash effect on stones, which is safer and has a clearer intraoperative vision

Safer lithotripsy

The penetration depth of soft tissue from thulium fiber laser is 0.1mm, which can effectively reduce the lesion's surrounding tissue damage. MucosaI injury maintains a normal perfusion rate, ensures that the water temperature is below the threshold, reduces intraoperative bleeding from thermal injury, and allows for rapid continuous output for effective coagulation

Smaller tissue
thermal damage

It has good water absorption, because its energy can be absorbed by water in large quantities, thermal damage is mainly produced in the surface tissue, and due to the shallow tissue penetration and thin scab layer, it will not lead to severe tissue edema, necrosis, irritation symptoms such as slough formation, and the patient recovers quickly after surgery.

Better cutting
mode combination

Continuous and super-pulsed dual-mode outputs Vaporization, ablation and cleavage under different tissues and surgical procedures are met Continuous output, smooth cutting effect, better coagulation effect, stronger hemostasis ability Super-pules output, high peak power blasting, achieve capsule-gland blunt separation, while achieving rapid hemostasis with less charring

BPH treatment

The maximum power reaches 60W(Premium /Pro version)/ 40W (Lite version) for more efficient BPH enucleation Precise, smooth vaporization and cutting of other soft tissues

Rapid hemostasis

Extremely high-water absorption coefficient and continuous output of laser can achieve rapid and efficient hemostasis

System-General

Product category
Surgical laser for medical use
Classification of Medical Device Directive 93/42/EEC
Class IIb
Electrical Requirements
100-240V~at 980VA 50/60 Hz
Type of protection against electric shock
Class I
Degree of liquid ingress protection
IPX8 for the footswitch
Degree of electric shock protection
Type BF
Dimension
W48×H38.5×D30(cm)
Weight
W48×H38.5×D30(cm)
Operating temperature
10°C−30°C
Storage/ Transport temperature
-20°C -55°C
Operating humidity
≤85%
Atmospheric pressure
80-106kPa
Cooling system
Air cooling system
Design life
7 years

Offers Value That Matters

Compact Size

The thulium fiber box is approximately
equal to 0.067 cubic meters.

Adaptable to various of power outlet

Plug into any 110-240v outlet, No need
for special electrical panel.

Integrate ergonomic design

User-friendly UI Versatile foot pedals
Fiber optic identification

Laser Fiber

Selection Guide

Fiber Model
Wave-length
(nm)
Maximum Energy
(Joules)
Maximum Average
Power in Water (Watts)
Core Diameter
(μm)
Outer Diameter
(μm)
Length
(m)
Short-term Min
bending radius (mm)
SF-150-APA
1940
4
35
150
350
3
7.5
SF-150-APA
1940
4
35
150
350
3.5
7.5
SF-200-APA
1940
5
60
200
380
3
10
SF-200-APA
1940
5
60
200
380
3.5
10
SF-272-APA
1940
6
60
272
420
3
13.6
SF-272-APA
1940
6
60
272
420
3.5
13.6
SF-365-APA
1940
6
60
365
550
3
18.25
SF-365-APA
1940
6
60
365
550
3.5
18.25
SF-550-APA
1940
6
60
550
750
3
27.5
SF-550-APA
1940
6
60
550
750
3.5
27.5
SF-800-APA
1940
6
60
800
1100
3
40
SF-800-APA
1940
6
60
800
1100
3.5
40

Delivering precision,
Defining the future of urology.