Versavet Firelass Blue
Advanced Multi-Wavelength Laser Surgery & Tissue Regeneration for Veterinary Medicine
Versavet Firelass Blue introduces advanced multi-wavelength diode laser technology into modern veterinary practice, combining precision laser surgery, tissue coagulation, photobiomodulation and regenerative therapy in one versatile platform.
Featuring three wavelengths – 8W 445nm, 200mW660nm and 20W 970nm – Versavet Firelass Blue provides veterinarians with dedicated laser technologies for surgical, therapeutic, dermatological and dental applications.
Based on the proven technology platform of Gigaa FireLas Blue / FireLas Derma, Versavet Firelass Blue has been adapted for veterinary professionals seeking a flexible laser solution for surgery, wound management, tissue regeneration and post-operative care.
Three Wavelengths – One Complete Laser Platform
445nm Blue Laser – Advanced Surgical Precision & ENT Technology
The 445nm blue laser wavelength is a well-established technology in ENT and soft-tissue laser surgery, where its excellent interaction with haemoglobin provides precise tissue cutting and effective coagulation.
The blue wavelength is highly absorbed by haemoglobin and provides excellent visibility and tissue control during surgical procedures. Its interaction with tissue also gives the 445nm wavelength useful haemostatic and antimicrobial properties.
In veterinary medicine, 445nm can be used for a wide range of surgical applications, including:
Soft tissue surgery
ENT-related procedures
Oral and dental soft-tissue surgery
Vascular procedures
Precise tissue incision
Controlled coagulation and haemostasis
Dermatological procedures
Lesion removal
Biopsy procedures
Wound and compromised tissue management
The 445nm wavelength combines high surgical precision with controlled tissue interaction, making it an important wavelength for modern laser surgery.
660nm Red Laser – Photobiomodulation & Tissue Regeneration
The 660nm red wavelength is primarily used for photobiomodulation and regenerative applications.
It delivers an optimal dosage of laser energy to the tissue, where the energy can be absorbed at cellular level and support cellular activity and tissue metabolism.
The 660nm wavelength is particularly suited to protocols supporting the body's natural repair processes and recovery.
Applications include:
Wound healing
Tissue regeneration support
Diabetic and vascular ulcers
Post-operative recovery
Damaged or compromised tissue
Support of natural cellular repair processes
Photobiomodulation therapy
970nm Infrared Laser – Surgery, Coagulation & Therapeutic Applications
The 970nm infrared wavelength provides a versatile combination of surgical and therapeutic capabilities.
Because 970nm is strongly absorbed by the water contained within biological tissue, it can produce controlled thermal effects. This makes the wavelength highly useful for soft-tissue surgery, coagulation and tissue ablation, while also allowing therapeutic applications based on controlled thermal stimulation.
During surgery, 970nm can be used where controlled thermal interaction with tissue is required, providing effective tissue cutting and coagulation.
For therapeutic applications, the absorbed energy is converted into localized heat, creating controlled temperature gradients within the tissue. This can stimulate local microcirculation and support oxygen supply and tissue metabolism.
Applications include:
Soft tissue surgery
Tissue cutting and ablation
Coagulation
Haemostasis
Controlled thermal tissue treatment
Wound management
Tissue regeneration support
Therapeutic laser applications
Three Wavelengths – Three Complementary Technologies
The strength of Versavet Firelass Blue lies in the combination of three different laser wavelengths, each offering specific tissue interactions:
445nm – Blue:
Precision surgery, haemoglobin absorption, coagulation and ENT/soft-tissue applications.
660nm – Red:
Photobiomodulation, cellular stimulation, wound healing and tissue regeneration support.
970nm – Infrared:
Surgery, tissue ablation, coagulation and controlled thermal therapeutic applications.
Together, these wavelengths create a complete multi-purpose laser platform for modern veterinary medicine.
Precision Laser Surgery with Enhanced Tissue Control
Versavet Firelass Blue allows veterinary professionals to select the wavelength best suited to the specific procedure and desired tissue effect.
From high-precision blue laser surgery with 445nm, to 970nm surgical and coagulation applications, and 660nm regenerative therapy, the system can support the complete clinical pathway – from surgical intervention through to recovery.
Veterinary Applications
Versavet Firelass Blue is designed for a wide range of veterinary applications, including:
Soft tissue surgery
ENT procedures
Oral and dental surgery
Dermatological procedures
Vascular procedures
Small lesion removal
Biopsy procedures
Tissue ablation
Coagulation and haemostasis
Wound care
Tissue regeneration support
Photobiomodulation
Post-operative recovery protocols
One Laser Platform – Multiple Clinical Benefits
✔ 445nm blue laser for precision surgery and ENT applications
✔ 660nm red laser for photobiomodulation and tissue regeneration
✔ 970nm infrared laser for surgery, coagulation and thermal tissue applications
✔ Precise tissue incision
✔ Controlled coagulation and haemostasis
✔ Antimicrobial properties associated with the 445nm wavelength
✔ Cellular stimulation and tissue repair support
✔ Wound healing and regenerative therapy
✔ Multiple surgical and therapeutic applications in one system
Designed for the Modern Veterinary Surgeon
Versavet Firelass Blue combines advanced diode laser technology with an intuitive and modern platform designed for daily veterinary clinical workflows.
With three complementary wavelengths in one device, veterinarians can use the same laser platform for surgical procedures, ENT and dental applications, coagulation, wound management, photobiomodulation and regenerative therapy.
Versavet Firelass Blue
Three wavelengths. One advanced veterinary laser platform.
Precision surgery. Controlled tissue interaction. Regenerative therapy.
