All surgical instruments
Precision, reliability, and innovation for the operating room. We offer high-class instruments for reusable with proven quality, designed to provide maximum control for the surgeon and long-lasting durability in every intervention.
All Surgical Instruments
Precision, reliability, and innovation for the operating room. We offer high-class reusable instruments with proven quality, designed to ensure maximum control for the surgeon and long-term durability during every surgical intervention
All surgical instruments
Precision, reliability, and innovation for the operating room. We offer high-class instruments for reusable with proven quality, designed to provide maximum control for the surgeon and long-lasting durability in every intervention.
Hooks and Manipulators Specialized instruments designed for atraumatic tissue manipulation and precise positioning of the lens in the anterior chamber.
Forceps
High-precision surgical forceps for secure grip, delicate tissue manipulation, and convenient folding or positioning of implants.
Surgical Scissors
Standard and anatomically shaped microscissors with exceptionally sharp blades for smooth, clean, and controlled incision in delicate ocular media.
Micro Instruments
High-tech instruments crafted from titanium alloy. The material allows reusable application and maximum safety during vitreoretinal procedures.
All Surgical Instruments
Precision, reliability, and innovation for the operating room. We offer high-class reusable instruments with proven quality, designed to ensure maximum control for the surgeon and long-term durability during every surgical intervention
Hooks and manipulators
Specialized instruments designed for atraumatic manipulation of tissues and precise positioning of the lens in the anterior chamber.
Forceps
High-precision surgical tweezers for secure grip, delicate manipulation of tissues, and convenient folding or positioning of implants
Surgical scissors
Standard and anatomically shaped micro-scissors with extremely sharp blades for smooth, clean, and controlled cuts in delicate ocular environments.
Micro tools
High-tech tools made from titanium alloy. The material allows for reuse and maximum safety in vitreoretinal interventions.
Ceramic Coated Instruments
Reduced costs and longer product lifespan thanks to higher surface hardness — up to 10 times harder than stainless steel.
Lower friction, which reduces wear and tear on scissor blades.
Better corrosion resistance provided by the ceramic coating.
Reduced eye fatigue thanks to the matte black surface, which absorbs light and eliminates glare.
Easier cleaning and reprocessing (sterilization) due to lower surface energy and non-stick effect.
Hypoallergenic properties due to the absence of chromium and nickel in the surface layer.
Ceramic-coated instruments
Reduced costs and longer product lifespan thanks to higher surface hardness — up to 10 times harder than stainless steel.
Lower friction, which reduces wear and tear on scissor blades.
Better corrosion resistance provided by the ceramic coating.
Reduced eye fatigue thanks to the matte black surface, which absorbs light and eliminates glare.
Easier cleaning and reprocessing (sterilization) due to lower surface energy and non-stick effect.
Hypoallergenic properties due to the absence of chromium and nickel in the surface layer.
Specialised instruments
Keratoplasty
Specially designed for precise shaping of stromal tunnels and safe implantation of corneal allograft segments in keratoconus treatment. The instruments ensure maximum control and minimal trauma to the corneal tissue, guaranteeing fast recovery and predictable refractive outcomes.
Corneal Trephines
Designed for perfect circular cutting of corneal tissue during transplantation (keratoplasty). The design guarantees exceptionally smooth, vertical edges and precise matching between donor tissue sizes and the recipient bed
MICS Forceps
Microsurgical instruments for working through incisions under 2.0 mm. Depending on their tip design, MICS instruments are used either for capsulorhexis in cataract surgery or for corneal lenticule extraction in laser vision correction.
Keratoplasty
Specifically designed for precise shaping of stromal tunnels and safe implantation of corneal allograft segments in the treatment of keratoconus. The instruments provide maximum control and minimal trauma to the corneal tissue, ensuring rapid recovery and predictable refractive outcomes.
Corneal trephines
Designed for perfect circular cutting of corneal tissue during transplantation (keratoplasty). The design ensures extremely smooth, vertical edges and precise matching between the sizes of the donor tissue and the recipient bed.
MICS instruments
Microsurgical tools for use through incisions under 2.0mm. Depending on their tip, MICS instruments are either for capsulorhexis in cataract surgery, or for extraction of corneal lenticule in laser correction.