60watts Veterinary Diode Laser For Equine Laser Therapy / Canine Arthritis therapeutic laser

60watts Veterinary Diode Laser For Equine Laser Therapy /Canine Arthritis therapeutic laser

 

Animal Rehabilitation works much like human rehabilitation. Using Laser Therapy, veterinarians are able to implement rehabilitation treatment plans to restore mobility, strengthen muscles and joints, and help animals heal faster post-operatively while focusing on reducing pain. Laser Therapy may begin prior to surgery, following an injury, or upon referral for a limb deformity. But it is most successful when laser therapy treatments are integrated and coordinated from the beginning, when the initial injury occurs and prior to a surgery being performed. Maintenance laser therapy can be used post rehabilitation to assist continued mobility, strength and fitness.

 

How soon after surgery does Laser Assisted Rehabilitation begin?

The pain-relief and anti-inflammatory phases of Laser Assisted Rehabilitation should start immediately after an injury or surgery. Delaying rehabilitation is generally not beneficial. The strengthening phase of rehabilitation generally starts two weeks after surgery.

 

Laser Assisted Rehabilitation can help:

Patients become mobile after a severe orthopedic or neurologic injury

Patients safely use a painful limb after an injury or surgery

Improve and prolong the quality of life of geriatric and arthritic patients

Achieve weight loss in overweight and obese animals

Manage acute and chronic pain

Increase the fitness of athletic animals and working dogs

Provide ambulatory assistance to patients who need ambulation carts, orthotic devices, or prostheses.

 

Common Conditions Benefiting from Laser Assisted Rehabilitation:

Muscle/Ligament Disorders

Cruciate Ligament Injury & Surgery (most common orthopedic surgery performed in dogs)

Degenerative Myelopathy

Disc disease

Elbow Dysplasia

Fibrocartilagenous Emboli (FCE)

Hip Dysplasia

Muscle Wasting

Tendon/Ligament Injury

Weakness

Neurologic

Back/Neck pain

Balance/Vestibular Disorders

Coonhound Paralysis

Degenerative Myelopathy (DM)

Fibrocartilagenous Embolism (FCE)

Hemilaminectomy/Laminectomy/Fenestration/Ventral Slot

Loss of motor control

Paralysis

Peripheral Nerve Injuries

Proprioception deficits

Wobbler’s Disease

Geriatric

Arthritis

Chronic neurologic conditions

Muscle weakness

Amputation

Athletic injuries

Ligament/tendon repair

Muscle Tears, Sprains and Strains

Patellar Luxation

Tendonitis

Trauma

 

Other Indications:

Athletic and Working dogs

Conditioning

Geriatric

Improve strength and endurance

Muscle Weakness

Obesity

Pain management

Resolution of performance problems –gait re-training

Wound care

Orthopedic Disorders

Arthrodesis

Bicipital tendon release

Degenerative Joint Disease (DJD) a

Elbow Dysplasia & Surgery

Femoral Head Ostectomy (FHO)

Fracture repair

Hip Dysplasia & Surgery

Intervertebral Disc Disease

Osteoarthritis

Patellar Luxation (Knee Cap Dislocation) Repair

Post –operative Hip Surgeries: Total Hip Replacement, TPO, FHO

Post-operative Knee Surgeries: TPLO, TTA, Extracapsular Stabilization,

Trauma/Fractures

 

 

Cherylas Diode Laser System
Laser Name	CHERYLAS
Laser Type	GaAlAs Diode Laser
Wavelength	810nm/940nm/980nm		1210nm	1470nm	1940nm
Maximum Power	30watts/60watts		15watts	22watts	6watts/12watts
Operation Mode	CW, Single Or Repeat Pulse
Pulse Duration	50us- 3s
Repetition Rate	0.2Hz- 50KHz
Pilot Beam	Red Diode Laser Of 650nm, Power<5mW
Control Mode	True Color Touch Screen
Transmission System	Medical Fibers With SMA905 Connector
Dimensions	380(W)*430(L)*220(H) mm
Weight	11Kg