– Portable handwheel rotary microtome machine NEUK226 for precise cutting
– Adjustable cutting thickness range: 1-40 μm
– Minimum division of thickness adjustment: 1 μm
– Maximum cutting section dimensions: 25 x 30 mm
– High accuracy of cutting: ±10%
– Compact overall dimensions: 450 x 320 x 320 mm
– Weighs only 22.5 kg for easy transportation
– Ideal for laboratory use with excellent stability
– Standard accessories include clamps, blade carrier, waste tray, tissue molds, cassettes, and fuses
– Optional accessories available for enhanced functionality including disposable blades and knife holders

– Freezing Semi Automatic Microtome Machine NEUK228
– Temperature range in freezing chamber: -40℃ to -10℃
– Minimum freezing shelf temperature: -45℃
– Adjustable chuck holder minimum temperature: -50℃
– Specimen size capacity: 50mm x 80mm
– Section thickness adjustable from 1μm to 100μm
– Trimming thickness adjustable from 10μm to 400μm
– Robust design with a net weight of 125kg
– Dimensions: 660mm x 640mm x 1130mm
– Power requirement: AC220V±10%, 50Hz or AC110V±10%, 60Hz

– Semi-automatic microtome for precise tissue sectioning
– Adjustable section thickness from 0 to 100 micrometers
– Dual voltage support: AC 220V or AC 110V
– Freezing chamber with temperature range from -35°C to -10°C
– Quick-freezing shelf achieves minimum temperature of -45°C
– Maximum specimen size: 55 mm x 55 mm
– Comes with 10 specimen discs and essential accessories
– Compact design: Dimensions 780mm x 700mm x 1152mm
– Reliable refrigerating capacity of 690W
– Net weight of 145 kg for stability and durability

– One-channel output therapeutic equipment for bone fractures
– Adjustable intensity from 0 to 64 mA, catering to diverse treatment needs
– Treatment duration options: auto (max 30 mins) and manual (10-60 mins)
– Ideal for post-surgery recovery, including inflammation, swelling, and pain relief
– Effective for various fractures, delayed unions, and nonunions
– Supports soft tissue injuries, joint sprains, lumbar issues, and sciatica
– Includes main unit, 4 bandages, 4 electrodes (90×60 mm), and 20 self-adhesive electrodes (40×80 mm)
– Continuous working mode ensures consistent therapy delivery
– Stability of output current with minimal fluctuation (≤5%)
– Compact design for ease of use in clinical settings or at home

– Portable Postpartum Rehabilitation Instrument NEUPR02
– Four-channel output for versatile treatment options
– Basic pulse frequency of 800Hz±5% for effective therapy
– Adjustable wave types: trapezoid, triangle, and bell waves
– Output pulse width of 0.4ms±10% for precise control
– Max output peak value of ≤500Vp-p for safe operation
– Ideal for postpartum recovery and pelvic floor muscle repair
– Addresses issues such as lactation lack and chronic pelvic inflammation
– User-friendly design for at-home rehabilitation
– Treatment duration adjustable from 15 to 65 minutes

– Portable Postpartum Rehabilitation Instrument NEUPR03
– Three-channel output with adjustable pulse waves (trapezoid, triangle, bell)
– Frequency range: 0.5-20Hz, basic frequency at 800Hz
– Ideal for treating lactation issues, chronic pelvic inflammation, and diastasis recti
– Aids in uterus recovery and pelvic floor muscle repair
– Timed treatments ranging from 15 to 65 minutes
– User-friendly with automatic computer chip control
– Output peak value up to 500Vp-p and power output range of 0-260
– Ensures safety against open and short circuits
– Compact design for ease of use and transportation

– Portable instrument designed for postpartum rehabilitation
– Features six-channel output with customizable pulse wave adjustments
– Supports various waveforms: rectangle, trapezoid, triangle, and bell
– Output pulse width at 0.4ms ± 10% for precision therapy
– Max output range up to 40V with adjustable power settings
– Versatile application: aids in lactation, breast health, and uterine recovery
– Beneficial for conditions like diastasis recti and chronic pelvic inflammation
– User-friendly with treatment times adjustable between 15-65 minutes
– Capable of withstanding open and short circuit influences without performance loss
– Continuous working mode ensures consistent therapy delivery