Veterinary Laser Systems for Soft Tissue Surgery
Precision diode laser technology for veterinary soft tissue cutting, coagulation and surgical procedures.
What is Veterinary Laser Surgery?
Veterinary laser surgery uses focused laser energy for controlled tissue interaction during surgical procedures. Diode laser systems can provide cutting and coagulation capabilities while supporting precise surgical workflows.
Clinical Applications
Laser Technology
Precision Laser Energy for Veterinary Soft Tissue Surgery
Diode lasers provide a versatile energy platform for veterinary soft tissue surgery, allowing controlled laser energy to be delivered to targeted tissue through a handpiece or optical fiber.
GIGAA diode laser systems are available in multiple wavelengths and power configurations to support different veterinary surgical requirements, from routine soft tissue procedures to more demanding surgical applications.
For veterinary soft tissue surgery, 810 nm, 980 nm and 1470 nm are important wavelength options, each providing different tissue interaction characteristics.
810 nm Diode Laser
810 nm – Precision & Versatile Tissue Interaction
810 nm diode laser technology provides a versatile option for veterinary soft tissue procedures where controlled cutting and tissue interaction are required.
It can be used in selected veterinary surgical applications, particularly where precise energy delivery and flexible power control are important.
Typical positioning:
- Soft tissue surgery
- Incision and cutting
- Tissue dissection
- Selected oral and dental procedures
- Fiber-delivered procedures
980 nm Diode Laser
980 nm – Cutting & Coagulation
980 nm is widely used in diode laser surgery because of its interaction with water and hemoglobin, providing a useful balance between tissue cutting and coagulation.
This makes 980 nm a versatile option for veterinary soft tissue procedures where both tissue incision and hemostasis are important.
Typical positioning:
- Soft tissue cutting
- Coagulation and hemostasis
- Incision and dissection
- General veterinary surgery
- Dental and oral soft tissue procedures
- Fiber-based procedures
1470 nm Diode Laser
1470 nm – High Water Absorption for Precise Tissue Ablation
1470 nm diode laser technology has a high absorption in water, allowing efficient interaction with water-rich biological tissues. This characteristic makes 1470 nm particularly relevant to minimally invasive and fiber-based procedures requiring controlled tissue ablation.
Depending on the clinical application and treatment parameters, 1470 nm can be used for selected veterinary soft tissue and minimally invasive procedures.
Typical positioning:
- Soft tissue surgery
- Tissue ablation
- Fiber-based procedures
- Minimally invasive applications
- Endoscopic procedures
- Selected vascular and urological applications
| Wavelength | Key Characteristic | Application Positioning |
|---|---|---|
| 810 nm | Versatile tissue interaction | Cutting, dissection, soft tissue procedures |
| 980 nm | Water & hemoglobin absorption | Cutting, coagulation, hemostasis |
| 1470 nm | High water absorption | Ablation, minimally invasive & fiber-based procedures |
The appropriate wavelength and treatment parameters depend on the target tissue, surgical procedure, animal species and clinical protocol.
Fiber-Based Laser Delivery
Veterinary diode lasers can be delivered through optical fibers, providing flexibility for both open and minimally invasive procedures. Different fiber diameters and delivery configurations can be selected according to the surgical application and anatomical access.
GIGAA offers a range of fiber options for veterinary laser applications, supporting precise energy delivery in confined or difficult-to-access treatment areas.
Recommended Systems
Clinical Resources
Veterinary Soft Tissue Surgery Guide
Laser Fiber Selection Guide
Veterinary Surgical Laser Guide
FAQ
A veterinary soft tissue laser is a surgical laser system designed to deliver controlled laser energy for cutting, coagulation, ablation and other soft tissue procedures in veterinary medicine.
Diode lasers are commonly used because they can provide precise, localized energy delivery through a handpiece or optical fiber.
GIGAA veterinary diode laser systems are available in different wavelengths and power configurations to support general veterinary surgery, specialty procedures, dentistry and selected minimally invasive applications.
The appropriate laser wavelength, power and delivery method depend on the surgical procedure, target tissue and clinical protocol.
Veterinary diode lasers can be used for a range of soft tissue and fiber-based procedures, depending on the wavelength, power configuration and delivery accessory.
Applications may include:
- Soft tissue cutting
- Incision and dissection
- Coagulation and hemostasis
- Tissue ablation
- Oral and dental soft tissue procedures
- Selected minimally invasive procedures
- Fiber-based surgical applications
Diode laser technology can therefore be integrated into both general veterinary practices and specialty veterinary centers.
The main difference is their interaction with biological tissue and the way laser energy is absorbed.
810 nm provides a versatile option for selected soft tissue procedures and tissue cutting applications.
980 nm has useful absorption characteristics involving both water and hemoglobin, making it suitable for applications requiring cutting and coagulation.
1470 nm has high absorption in water and can provide efficient interaction with water-rich tissue, making it particularly relevant to selected ablation, minimally invasive and fiber-based procedures.
The best wavelength depends on the procedure, target tissue, desired tissue effect and treatment protocol rather than wavelength alone
Yes. 980 nm diode laser systems are widely applicable to soft tissue procedures because the wavelength provides useful tissue interaction and can support both cutting and coagulation.
In veterinary medicine, 980 nm may be used for selected:
- Soft tissue surgery
- Incision and dissection
- Coagulation
- Hemostasis
- Oral and dental procedures
- Fiber-based procedures
GIGAA offers 980 nm configurations with different output power levels so veterinary professionals can select a system according to their clinical requirements.
1470 nm diode laser technology has high absorption in water, making it suitable for selected procedures requiring efficient interaction with water-rich tissue.
In veterinary medicine, 1470 nm may be considered for:
- Soft tissue ablation
- Minimally invasive procedures
- Fiber-based surgery
- Endoscopic applications
- Selected vascular procedures
- Selected urological procedures
Its ability to be delivered through optical fibers also makes 1470 nm relevant to procedures where flexible access to the treatment site is required.
The appropriate application depends on the specific clinical indication, fiber configuration and treatment protocol.
Yes. Diode lasers can be delivered through optical fibers, allowing laser energy to reach treatment sites through small access points or endoscopic instruments in selected procedures.
This makes diode laser technology suitable for certain minimally invasive and fiber-based veterinary applications.
Depending on the system configuration, wavelength and accessories, GIGAA laser platforms can support applications involving:
- Endoscopic procedures
- Fiber-based tissue ablation
- Minimally invasive soft tissue procedures
- Selected urological procedures
- Selected vascular procedures
The specific procedure and fiber configuration should be selected according to veterinary clinical requirements.
The required laser power depends on the procedure, tissue characteristics, wavelength, fiber type, surgical technique and desired tissue effect.
There is no single power level suitable for every veterinary surgical application.
For general veterinary soft tissue surgery, lower and mid-power diode systems may be sufficient for many routine procedures, while higher-power systems can provide additional flexibility for more demanding applications.
GIGAA offers veterinary laser systems across different power levels, allowing clinics to select a configuration based on their surgical workload and intended applications.
Veterinary diode lasers can use different optical fiber configurations depending on the surgical procedure and treatment site.
Fiber selection may involve considerations such as:
- Fiber diameter
- Tip configuration
- Working distance
- Tissue interaction
- Anatomical access
- Surgical technique
Fiber delivery is particularly useful for procedures involving confined anatomical areas or minimally invasive access.
GIGAA provides multiple fiber options for veterinary laser applications.
Explore GIGAA Laser Fiber Technology →
Which GIGAA Laser Platform Fits Your Clinical Needs?
CHEESE PLUS
635 + 980 nm | Up to 20 W
Compact diode laser for veterinary therapy and essential soft tissue procedures.
Best for: General Veterinary Practice
GBOX
635 + 980 + 1470 nm | Up to 30.5 W
Multi-wavelength platform for therapy, soft tissue surgery and fiber-based procedures.
Best for: Multi-Application Veterinary Clinics
VELAS II
635 + 980 + 1470 nm | Up to 57 W
High-power platform for advanced soft tissue surgery and specialty procedures.
Best for: Specialty Veterinary Hospitals
Choosing the Right Veterinary Surgical Laser
Veterinary diode laser systems are available in different wavelength and power configurations for soft tissue surgery. 810 nm, 980 nm and 1470 nm diode lasers provide different tissue interaction characteristics and can be selected according to the surgical procedure, target tissue and clinical requirements.
For general veterinary practices, compact systems such as CHEESE PLUS provide an accessible solution for therapy and selected soft tissue procedures. GBOX provides a multi-wavelength platform for clinics combining rehabilitation and surgery, while VELAS II offers higher output for advanced veterinary surgical applications.