DemeTECH's Polyglycolic Acid suture is a synthetic, absorbable, sterile, surgical suture composed of 100% glycolide. The chemical formula of DemeTECH's PGA is (C2H2O2)n. Clinical trials have shown that after two weeks, approximately 84% of DemeTECH's PGA initial strength remained. At four weeks, approximately 23% of DemeTECH's PGA linear tensile strength remained. DemeTECH's Polyglycolic Acid has been found to be nonantigenic, nonpyrogenic and elicit only mild tissue reactivity during the absorption process. DemeTECH's PGA sutures are available dyed and colorless.
Distinctive Characteristics of DemeTECH's PGA Sutures:
Polyglycolic Acid, better know as PGA, is composed of polymers of glycolide acids.
DemeTECH's PGA is coated to allow for easier passage through tissues with only minimal drag.
Coated PGA sutures facilitate:
Easy tissue passage.
Precise knot placement.
Smooth tie down.
A decreased tendency to irritate tissue.
Greater tensile strength.
A longer absorption period.
After 3 weeks post operation, clinical trials showed that PGA sutures maintained 51% of their tensile strength.
Note: DemeTECH's PGA sutures meet or exceed USP minimums.
DemeTECH's Polyglactin 910 suture is a synthetic absorbable, sterile, surgical suture composed of copolymers made from 90% glycolide and 10% L-lactide. The chemical formula of DemeTECH's Polyglactin 910 is (C2H2O2)m(C3H4O2)n. Clinical trials have shown that after two weeks, approximately 74% of DemeTECH's Polyglactin 910 initial strength remained. At four weeks, approximately 18% of DemeTECH's Polyglactin 910 linear tensile strength remained. DemeTECH's Polyglactin 910 has found to be nonantigenic and nonpyrogenic, eliciting only mild tissue reactivity during the absorption process. DemeTECH's Polyglactin 910 sutures are available violet and colorless.
Distinctive Characteristics of DemeTECH's Polyglactin 910 Sutures:
Polyglactin 910 is coated in order to create a smoother synthetic absorbable suture that will pass through tissue readily.
Coated Polyglactin 910 sutures facilitate:
Easy tissue passage.
Precise knot placement.
Smooth tie down.
A decreased tendency to irritate tissue.
Greater tensile strength.
A longer absorption period.
After 3 weeks post operation, in clinical trials, DemeTECH's Polyglactin 910 sutures still maintain approximately 50% of their tensile strength.
Note: DemeTECH's Polyglactin 910 sutures meet or exceed USP minimums.
DemeTECH's Rapid Absorbable suture is a synthetic, absorbable, sterile, surgical suture composed of a glycolide acid. DemeTECH's Rapid Absorbable has been found to be nonantigenic and nonpyrogenic, eliciting only minimal tissue reactivity during the absorption process. Due to a lower molecular weight, relative to DemeTECH's PGA or Polyglactin 910, DemeTECH's Rapid Absorbable is able to achieve a faster absorption period than other synthetic absorbable sutures. DemeTECH's Rapid Absorbable sutures are available violet and colorless.
Distinctive Characteristics of DemeTECH's Polyglactin 910 Sutures:
DemeTECH's Rapid Absorbable sutures give the best characteristics of both natural and synthetic sutures, allowing for the low infection rate of a synthetic suture, while providing the quick absorption and high tensile strength of collagen sutures (catguts).
Rapid Absorbable is coated to allow for smooth passage through tissue.
Clinical trials have shown that after two weeks, only about 18% of DemeTECH's Rapid Absorbable initial strength remained.
At three weeks, only approximately 3% of DemeTECH's Rapid Absorbable linear tensile strength remained.
Note: DemeTECH's Rapid Absorbable sutures meet or exceed USP minimums.
DemeTECH's Chromic Catgut suture is an absorbable, sterile, surgical suture composed of highly purified connective tissue (mostly collagen) derived from either beef or sheep intestines. DemeTECH's Chromic Catgut is treated with chromium salt solution to resist body enzymes, thereby prolonging the absorption time to over 90 days. The pure collagen ribbons are submerged into chromic solutions, then electronically spun and purified into evenly chromicized strands of Catgut. This chromic covering not only prolongs the strand's integrity, but also minimizes tissue irritation, causing less internal reaction. The percentage of collagen in the catgut suture often determines the quality of the suture. Higher percentages of collagen allow for: superior tensile strength, longer absorption times, and lower reactions in vivo.
Distinctive Characteristics of DemeTECH's Chromic Catgut Sutures:
DemeTECH manufactures its Chromic Catgut sutures with the highest quality collagen, maintaining a composition of 97% - 98% of pure collagen.
DemeTECH's Chromic Catgut sutures are covered in chromic salt to prolong integrity, minimize tissue reactivity, and minimize the chance of adverse reactions.
Tensile strength is retained for up to 14 days, and sometimes as long as 21 days.
Allows for smooth passage through tissue.
Easy knot tying characteristics.
DemeTECH's new technology of chromicizing strands minimizes the possibility of fraying and maximizes the potential and integrity of its Chromic Catgut.
DemeTECH'S Plain Catgut suture is an absorbable, sterile, surgical suture composed of highly purified connective tissue (mostly collagen) derived from either beef or sheep intestines. Due to an extremely short absorption period, DemeTECH'S Plain Catgut elicits only minimal reaction in tissues. DemeTECH'S Plain Catgut is absorbed more rapidly in infected arenas. As such, DemeTECH'S Plain Catgut will absorb more rapidly in areas where increased levels of enzymes are present. The percentage of collagen in the catgut suture often determines the quality of the suture. Higher percentages of collagen allow for: superior tensile strength, longer absorption times, and lower reactions in vivo.
Distinctive Characteristics of DemeTECH'S Plain Catgut Sutures:
DemeTECH manufactures its Chromic Catgut sutures with the highest quality collagen, maintaining a composition of 97% - 98% of pure collagen.
DemeTECH's Plain Catgut is rapidly absorbed.
Tensile Strength is maintained for about 10 days.
Absorption is complete within 70 days.
DemeTECH's Plain Catgut is ideal for tissues which heal rapidly and require minimal support.
Note: DemeTECH's sutures meet or exceed USP minimums.
DemeTECH's Polydioxanone suture is an absorbable, sterile, surgical suture composed of the polyester, poly (p-dioxanone). DemeTECH's Polydioxanone has been found to be nonantigenic, nonpyrogenic, and elicits only minimal tissue reactivity during the absorption process. Clinical trials have shown that after two weeks, approximately 80% of DemeTECH's Polydioxanone initial strength remained. At eight weeks, approximately 44% of DemeTECH's Polydioxanone initial strength remained. Complete absorption of DemeTECH's Polydioxanone occurs at approximately 200 days. DemeTECH's Polydioxanone sutures are available dyed and colorless.
Distinctive Characteristics of DemeTECH's Polydioxanone Sutures:
DemeTECH's Polydioxanone is ideal for internal tissues where a long lasting, absorbable suture is preferable.
As Polydioxanone is composed of synthetic materials, it elicits less reactivity than natural absorbable sutures.
However, due to its prolonged absorption period, Polydioxanone may elicit some tissue reactivity.
Note: DemeTECH's sutures meet or exceed USP minimums.
DemeTECH's Nylon suture is a non-absorbable, sterile surgical suture composed of the long chain aliphatic polymers Nylon 6 and Nylon 6.6. DemeTECH's Nylon sutures are available in either black or blue, dyed with FDA listed dye(s). DemeTECH's Nylon sutures elicit minimal inflammatory reaction in tissue. This process is usually followed by gradual encapsulation of the suture by fibrous connective tissue. While DemeTECH's Nylon is not absorbed, progressive hydrolysis may cause a gradual loss of up to 20% in its tensile strength each year. DemeTECH's Nylon sutures are indicated for use in general soft tissue approximation and/or ligation, including use in cardiovascular, ophthalmic, and neurological procedures.
Distinctive Characteristics of DemeTECH's Nylon Sutures:
Easy passage through tissues due to its low frictional coefficient.
Minimal tissue reactivity.
Excellent elasticity.
Exceptional for skin closures.
Small USP sizes are designed specifically for microsurgical and ophthalmic procedures.
Note: DemeTECH's Nylon sutures meet or exceed USP minimums.
DemeTECH's Nylon suture is a non-absorbable, sterile surgical suture composed of the long chain aliphatic polymers Nylon 6 and Nylon 6.6. DemeTECH's Nylon Multifilament sutures are available in either black or blue, dyed with FDA listed dye(s). DemeTECH's Nylon Multifilament sutures elicit minimal inflammatory reaction in tissue. This process is usually followed by gradual encapsulation of the suture by fibrous connective tissue. While DemeTECH's Nylon Multifilament is not absorbed, progressive hydrolysis may cause a gradual loss of up to 20% in its tensile strength each year. DemeTECH's Nylon sutures are indicated for use in general soft tissue approximation and/or ligation, including use in cardiovascular, ophthalmic, and neurological procedures.
Distinctive Characteristics of DemeTECH's Nylon Multifilament Sutures:
Composed of tightly braided filaments.
Easy passage through tissues due to its low frictional coefficient.
Minimal tissue reactivity.
Coated to improve handling.
Excellent elasticity.
Exceptional for skin closures.
Small USP sizes are designed specifically for microsurgical and ophthalmic procedures.
Note: DemeTECH's sutures meet or exceed USP minimums.
DemeTECH's Polyester suture is a non-absorbable, sterile, surgical suture composed of Poly (ethylene terephthalate). DemeTECH uniformly coats its Polyester sutures, providing for an improvement in the physical properties of the suture. High quality materials, combined with precise braiding mechanisms, nearly eliminate the occurrence of post-operative suture fragments in the tissue. Unlike absorbable, and some non absorbable sutures, DemeTECH's Polyester is not subject to degradation, or known to lose tensile strength in vivo.
Distinctive Characteristics of DemeTECH's Polyester Sutures:
Coated Polyester allows for an easier passage of the braided strands through the tissue allowing for smother usage and less irritation.
It provides for minimal breakage, and thus eliminates the need to remove irritating suture fragments postoperatively.
Provides excellent pliability (malleable).
Excellent handling qualities.
Smooth tie-down properties.
Dyed for good visibility in the surgical arena.
Note: DemeTECH's Polyester sutures meet or exceed USP minimums.
DemeTECH's Polyester (Braided without covering) Sutures (PT)
DemeTECH's Polyester (braided without covering) suture is a non-absorbable, sterile, surgical suture composed of Poly (ethylene terephthalate). DemeTECH's Polyester (braided without covering) suture elicits a minimal acute inflammatory reaction in tissues, followed by gradual encapsulation of the suture. High quality materials, combined with precise braiding mechanisms, nearly eliminate the occurrence of post-operative suture fragments in the tissue. Unlike absorbable, and some non absorbable sutures, DemeTECH's Polyester (braided without covering) is not subject to degradation, or known to lose tensile strength in vivo.
Distinctive Characteristics of DemeTECH's Polyester (braided without covering) Sutures:
As Polyester (braided without covering) is not coated, it allows for extreme ease of use and secure knot tying.
It provides for minimal breakage, and thus eliminates the need to remove irritating suture fragments postoperatively.
As Polyester (braided without covering) is uncoated, it maintains a higher coefficient of friction as it passes through the tissue.
Note: DemeTECH's sutures meet or exceed USP minimums.
DemeTECH's Polypropylene suture is a non-absorbable, sterile surgical suture composed of a synthetic linear polyolefin. DemeTECH's Polypropylene is dyed blue to enhance visibility in the body. DemeTECH's Polypropylene suture elicits a minimal acute inflammatory reaction in the tissue, followed by gradual encapsulation of the suture by fibrous tissue. Unlike absorbable, and some non absorbable sutures, DemeTECH's Polypropylene is not affected or weakened by tissue enzymes. Thus, DemeTECH's Polypropylene is not subject to any degradation or loss of tensile strength. Due to its monofilament composure, Polypropylene suture resists involvement in infection. Moreover, Polypropylene has been successfully implemented in contaminated and previously infected wounds.
Distinctive Characteristics of DemeTECH's Polypropylene:
Extremely high tensile strength.
Very Flexible.
Due to its synthetic and monofilament characteristic, DemeTECH's Polypropylene Elicits only minimal tissue reactivity.
DemeTECH's Polypropylene is highly ductile. It extends 30% prior to rupture of the thread, allowing for the post-operative swelling of tissue and avoiding possible strangulation of tissue.
Allows for secured knot tying.
Extremely smooth textile, resulting in minimal tissue trauma.
Note: DemeTECH's Polypropylene sutures meet or exceed USP minimums.
DemeTECH's Silk suture is a non-absorbable, sterile, surgical suture composed of an organic protein called fibroin. DemeTECH's silk sutures are processed to remove the natural waxes and gums from its origin. As Silk is a natural fiber, its does illicit an acute inflammatory reaction, which is followed by gradual encapsulation of the suture by fibrous connective tissue (occurring usually in 14-21 days). While DemeTECH's silk sutures are not considered absorbable sutures, progressive degradation of its fibers results in the gradual loss of tensile strength within the first year. DemeTECH's silk sutures are indicated for use in general soft tissue approximation and/or ligation.
Distinctive Characteristics of DemeTECH's Silk Multifilament Sutures:
Raw silk is produced by a silkworm larva's cocoon. These natural waxes and gums are removed prior to the braiding process, allowing for a tighter, more compact braid.
DemeTECH's Silk is dyed black for easier visibility in tissue.
DemeTECH's Silk is non-absorbable and multifilament in nature.
Although DemeTECH classifies its silk as a non-absorbable suture, it loses most of its tensile strength in one year, and is completely absorbed in 2 years. Thus, DemeTECH's Silk behaves like a very slow absorbing suture.
DemeTECH coats its Silk in silicon to limit absorption, increase ductility, and minimize tissue reactivity.
Note: DemeTECH's Silk sutures meet or exceed USP minimums.
DemeTECH's Surgical Steel sutures are non-absorbable, sterile, surgical sutures composed of high quality stainless steel. Because of its high tensile strength, it exhibits very minimal loss over time and has low tissue reactivity. DemeTECH's surgical steel is available as a monofilament. Surgical Steel is recommended for surgeries ranging from orthopedic surgery to sternal closure. Due to its rigidity, extreme care should be used when handling surgical steel to avoid fragmentation, which could pose harm to both the surgeon and patient.
Note: DemeTECH's sutures meet or exceed USP minimums.
After months of research and clinical trials, DemeTECH Corporation has formally announced the production of "DemeTECH Staplers." DemeTECH Staplers are the newest addition to the DemeTECH family of wound closure products.
The DemeTECH Stapler comes with a unique lever action and an angled head, to provide for clear and easy wound closure. All of DemeTECH's skin stapler systems are disposable and sterile.
The Advantages of the DemeTECH Skin Stapler System:
DemeTECH's stapler system uses the most popular and modern design: lever action.
The lever action stapler allows for easier training.
The facilitated lever minimizes hand fatigue.
The diagonally shaped head allows for clear, easy, and accurate staple placement.
Exact indication of staple release is marked by an arrow on the device.
In order to improve efficiency, the staple count marker allows for a direct view of those staples remaining.
The comfortable design allows for use by a wide variety of hand sizes.
= 0: Round Bodied Needle / Aguja de Cuerpo Redondo
= 2: Curved Cutting Needle / Aguja de Corte Curvado
= 4: Reverse Cutting Needle / Aguja de Reversa de Corte
= 6: Taper Cutting Needle / Aguja de Cónico de Corte
= 7: Micro-Point Spatula Curved Needle / Aguja de Micro-Punto Espátula Curvada
= 8: SBR Spatula Needle / Aguja de Espátula SBR
= 9: Conventional Spatula Needle / Aguja de Espátula Convencional
= 10: CSU Spatula Needle / Aguja de Espátula CSU
= 11: Cosmetic Precision Standard Prime Needle / Aguja de Precisión Cosmetica Standard Primer
= 12: Reverse Cutting Prime Needle / Aguja de Reversa de Corte Primer
= 13: Reverse Cutting Precision Point Needle / Aguja de Reversa de Corte Punta de Precisión
= 14: Reverse Cutting Micro-Point Needle / Aguja de Reversa de Corte Micro-Punta
= 15: Black Point Needle / Aguja de Punta Negra
= 16: Blunt Point Needle / Aguja de Punta Roma
