Flexible Medical Titanium Wire for Minimally Invasive Surgery

Minimally invasive surgery means small incisions. Small tubes. Long instruments. The surgeon works through a hole the size of a finger.

Flexible medical titanium wire for minimally invasive surgery goes through those tubes. It bends. It twists. It goes around corners. Then it does its job.

Ligature wires. Sternal closure cables. Guide wires. Retrieval loops. Suturing needles. Any MIS procedure that needs a wire that won't kink.

Regular titanium wire is stiff. You can bend it once. It stays bent. That's fine for some things.

But MIS needs wire that bends and springs back. Goes through a curved tube. Comes out the other side. Pulls a suture. Retrieves a stone. Closes a sternum.

Beta titanium alloy gives you that springback. Low modulus. High flexibility. Shape memory effect.

For flexible medical titanium wire for minimally invasive surgery, flexibility is not a luxury. It's the whole point.

Beta titanium has half the stiffness of stainless. It bends easier. Springs back better.

Grade 1 is pure titanium. Soft. Easy to tie. Used for ligature wires that don't need springback.

For flexible medical titanium wire for minimally invasive surgery, beta titanium is the standard for flexible applications.

Beta titanium (ASTM F2063)

Grade 1 CP (ASTM F67)

• Sternal closure cables. After open heart surgery, the sternum needs to close. Cable passes through small holes. Wraps around the bone. Locks with a crimp. Flexible beta titanium wire makes this possible.

• Laparoscopic suturing. Needle passes through a 5mm port. Wire follows. Ties knots inside the abdomen. The wire has to be flexible enough to pass through the curved needle driver.

• Cerclage wires. Around a fractured bone. Wraps the bone fragments together. Flexible wire conforms to bone surface. Doesn't crack when bent.

• Sublaminar wires. Spine surgery. Wire passes under the lamina. Around the rod. Tightened. Beta titanium wire is strong enough to hold. Flexible enough to pass through tight spaces.

• Retrieval baskets. Endoscopy. Wire forms the basket. Opens inside the body. Catches stones or foreign objects. Springs back to shape.

For flexible medical titanium wire for minimally invasive surgery, each application requires the wire to bend without breaking.

Beta titanium wire is not superelastic like Nitinol. But it doesn't contain nickel. That matters for implants that stay in the body.

Sternal cables stay forever. Sublaminar wires stay forever. Nickel-free is important for long-term implants.

Beta titanium offers a balance. Flexible enough to pass through small tubes. Strong enough to hold bone. No nickel. Good fatigue life.

MIS wires go through tissue. Rough wires cause trauma. Increase bleeding. Take longer to heal.

For flexible medical titanium wire for minimally invasive surgery, polished is standard. Electropolished for neurovascular applications.

Some MIS wires need coating. Low friction. Better visibility.

We supply uncoated wire. Coating applied by device manufacturer.

MIS wires come in two forms.

Straight lengths. Cut to specific length. Packed in tubes. Easy to hand to surgeon. Good for sternal cables and cerclage wires.

Coils. Long continuous wire. 1000mm to 5000mm. Packed on spools. Good for high-volume automated cutting.

For flexible medical titanium wire for minimally invasive surgery, we supply both. Tell us your preference.

Kinks are not allowed. A kinked wire is useless. It won't pass through a tube. It won't pull a suture.

We test every lot for kink resistance.

Beta titanium wire passes these tests. Grade 1 also passes but stays bent.

MIS wires are medical devices. Full traceability required.

Every flexible medical titanium wire for minimally invasive surgery comes with:

EN 10204 3.1 standard. 3.2 available.

Minimally invasive surgery needs wire that bends without breaking. Goes through small tubes. Springs back. Does the job.

Flexible medical titanium wire for minimally invasive surgery delivers that.

For sternal cables. For cerclage wires. For sublaminar wires. For laparoscopic suturing.

Flexible enough for MIS. Strong enough to hold.