TB35100JT55200 a ni.
xcmedico 1000 a ni.
1 PCs-Darkar 72 chhunga pek chhuah theih!
Titanium alloy a ni a.
CE/ISO:9001/ISO13485.etc
Ni 15 chhunga an duh ang anga siam chhuah theihna-thawn hun chhung tel lo)
Fe
A awm theihna: | |
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Zat: | |
Thilsiam | Milem | Ref a ni a. | Specification 100 a ni. |
3.5/5.5 Titanium rod hmanga siam chhuah a ni. | ![]() |
TB35100JT55200 a ni. | 3.5*100-5.5*200mm ah a awm. |
CNC Preliminary Processing . Computer numerical control technology hmang hian orthopedic products te chu chiang takin an process thei a ni. Hetiang kalphung hian precision sang tak, efficiency sang tak, leh repeatability te mizia a nei a ni. Mihring taksa bung hrang hrang nena inmil tur damdawi hmanrua (customized medical devices) a siam nghal vat thei a, damlote tan mimal enkawlna tur ruahmanna a pe thei bawk. |
Product Polishing 1000 a ni. Orthopedic products polishing hian a tum ber chu implant leh mihring tissue inzawmna siam that a, stress concentration tihziaawmna tur leh implant hun rei tak chhunga dinhmun nghet zawk siam a ni. |
Quality inspection . Orthopedic products mechanical properties test hi mihring ruhte stress conditions simulate na tur a ni a, mihring taksaa implant load-bearing capacity leh durability te endik a, an himna leh rintlakna tur a ni. |
Product Package 1000 a ni. Orthopaedic products te hi sterile room-ah an dah a, chu chuan microbial contamination awm loh nan leh surgery safety a awm loh nan hmun thianghlim leh sterile-a encapsulate a nih theih nan a enkawl a ni. |
Orthopedic products dahkhawmna hian product traceability a awm theih nan leh expiry emaw shipment dik lo emaw a awm loh nan in-and-out management leh quality control khauh tak a mamawh a ni. |
Sample room hi product technology exchange leh training atana orthopedic products sample hrang hrang dahkhawm, phochhuah leh enkawl nan hman a ni. |
1. XC Medico Team hnenah 3.5/5.5 Gradient Titanium Rod Product Catalogue-ah zawt rawh.
2. I duh ber 3.5/5.5 Gradient Titanium Rod product thlang rawh.
3. 3.5/5.5 gradient titanium rod test turin sample dil rawh.
4.XC Medico 3.5/5.5 gradient titanium rod order siam.
5.XC Medico-a 3.5/5.5 gradient titanium rod-a dealer ni rawh.
1.A lei man tha zawk 3.5/5.5 Gradient titanium rod.
2.100% Quality sang ber 3.5/5.5 gradient titanium rod.
3. Ordering lama hmalakna tlem zawk.
4. Inremna hun chhung atan man a nghet.
5. A tling tawk 3.5/5.5 Gradient titanium rod.
6. XC Medico-in 3.5/5.5 gradient titanium rod a siam dan awlsam leh rang taka tehna.
7. Khawvel pum huapa hriat hlawh brand - XC Medico.
8. XC Medico sales team-a kal theihna hun rang tak.
9. XC Medico team ten quality test an neih belh leh theih loh.
10. I XC Medico order chu a tir atanga a tawp thlengin track rawh.
3.5/5.5 gradient titanium rod hi orthopedic surgery-a solution thar tak a ni a, a bik takin spinal fixation leh fracture stabilization atan a ni. Transition gradient in diameter hmanga engineered a ni a, he rod hian flexibility leh stability tihchangtlun a pe a, complex biomechanical demands te a catering a ni. He guide hian 3.5/5.5 gradient titanium rod-a features, benefits, leh applications te a delve a, orthopedic surgeons, researchers, leh medical students te tan insights a pe a ni.
3.5/5.5 gradient titanium rod hi spinal implant a ni a, tapered design a ni a, diameter tlem zawk (3.5 mm) atanga diameter lian zawk (5.5 mm) a inthlak a ni. He gradient design hian a tawp te zawk hnaihah flexibility a optimize a, chutih rualin a tawp lian zawkah chuan robust stability a siam thei bawk. High-strength, biocompatible titanium atanga siam niin, rod hi spinal surgery-ah hman a ni nasa hle a, deformity correction leh trauma stabilization te pawh a tel. A gradient structure hian spinal region hrang hranga biomechanical requirement hrang hrangte a sawifiah a, fixation-a tailored approach a siam a ni.
Diameter hrang hrang inkara inthlak danglamna zawi zawia inthlak danglam chuan a tha ber leh a nghetna tur a siam a ni.
Biological reaction tha lo awm thei tur tihtlem nan high-grade titanium atanga siam a ni.
Bone integration tihchangtlun nan anodization emaw grit-blasting emaw hmanga tihchak.
A tul lo taka rit belh ngai lovin chakna a pe.
Polyaxial pedicle screw leh fixation system dang hmangin a thawk tha hle.
Titanium hian natural resistance a neih chuan corrosion a do thei a, hei hian hun rei tak chhung a ti rei thei a ni.
Flexibility leh rigidity te chu a inzawm khawm a, dynamic spinal movement te a awm theih nan.
Naupang leh puitling damlo tan pawh a tha hle a, a adaptive design vang a ni.
Surface treatment hian osteointegration a tichak a, stability a tichak bawk.
Gradient design hian segment hrang hranga stress transfer inthlauhna a ti tlem hle.
Fixation system awm tawh nen a inmil a, surgical workflows a ti awlsam bawk.
Durable construction hian hardware a chhiat emaw, a lo chhuak emaw theihna a ti tlem a ni.
Scoliosis, Kyphosis, leh lordosis te chu a adaptive gradient design hmangin a sawifiah a.
Thoracic leh lumbar spine-a ruh tliak leh inthlak danglamna (dislocations) te a ti nghet thei.
Spondylolisthesis leh disc degeneration a awm chuan spinal fusion a thlawp a ni.
Diameter tenau zawk hian damlo naupang zawkte tan pawh a tha thei ang bera hman theihna a pe a ni.
Vertebral tumor excision hnua spinal integrity a enkawl.
Postoperative infection-ah chuan harsatna awm thei tur venna atan intervention rang tak a ngai a ni.
Placement dik lo emaw biomechanical stress emaw hian stability a tichhe thei a ni.
Altered spinal mechanics hian a chhehvela vertebral level a nghawng thei a ni.
Rod fracture emaw, stress nasa tak hnuaia bending emaw a awm nual.
Hardware langsar vangin a chang chuan a nuam lo.
Material thar siam leh lei chunglam enkawlna hian hnathawh a tichak a ni.
Tarte zingah degenerative spinal conditions a tam zawk.
Spinal injury-a thil thleng lo pung zel hian fixation system hmasawn tak tak mamawhna a thlen a ni.
3D printing hmanga damlo-specific implants siam chhuah ngaihvenna a pun zel.
MIS technique nena inmilna hian a hmanna a tizau a ni.
3.5/5.5 gradient titanium rod hian orthopedic implant technology lama hmasawnna pawimawh tak a entir a, a danglamna leh a chhe thei lo a pe thei a ni. A design thar leh clinical versatility hian spinal deformities, fractures, leh degenerative conditions enkawlna atana hmanraw pawimawh tak a ni. Technological innovation a lo thang zel a, gradient titanium rod hian surgical outcome leh patient care tihchangtlunna kawngah hmun pawimawh tak a chang chho zel dawn a ni.
Warm Reminder: He thuziak hi reference atan chauh a ni a, doctor professional advice pawh a thlak thei lo. Zawhna i neih chuan i attending physician te zawt la.
Thilsiam | Milem | Ref a ni a. | Specification 100 a ni. |
3.5/5.5 Titanium rod hmanga siam chhuah a ni. | ![]() |
TB35100JT55200 a ni. | 3.5*100-5.5*200mm ah a awm. |
CNC Preliminary Processing . Computer numerical control technology hmang hian orthopedic products te chu chiang takin an process thei a ni. Hetiang kalphung hian precision sang tak, efficiency sang tak, leh repeatability te mizia a nei a ni. Mihring taksa bung hrang hrang nena inmil tur damdawi hmanrua (customized medical devices) a siam nghal vat thei a, damlote tan mimal enkawlna tur ruahmanna a pe thei bawk. |
Product Polishing 1000 a ni. Orthopedic products polishing hian a tum ber chu implant leh mihring tissue inzawmna siam that a, stress concentration tihziaawmna tur leh implant hun rei tak chhunga dinhmun nghet zawk siam a ni. |
Quality inspection . Orthopedic products mechanical properties test hi mihring ruhte stress conditions simulate na tur a ni a, mihring taksaa implant load-bearing capacity leh durability te endik a, an himna leh rintlakna tur a ni. |
Product Package 1000 a ni. Orthopaedic products te hi sterile room-ah an dah a, chu chuan microbial contamination awm loh nan leh surgery safety a awm loh nan hmun thianghlim leh sterile-a encapsulate a nih theih nan a enkawl a ni. |
Orthopedic products dahkhawmna hian product traceability a awm theih nan leh expiry emaw shipment dik lo emaw a awm loh nan in-and-out management leh quality control khauh tak a mamawh a ni. |
Sample room hi product technology exchange leh training atana orthopedic products sample hrang hrang dahkhawm, phochhuah leh enkawl nan hman a ni. |
1. XC Medico Team hnenah 3.5/5.5 Gradient Titanium Rod Product Catalogue-ah zawt rawh.
2. I duh ber 3.5/5.5 Gradient Titanium Rod product thlang rawh.
3. 3.5/5.5 gradient titanium rod test turin sample dil rawh.
4.XC Medico 3.5/5.5 gradient titanium rod order siam.
5.XC Medico-a 3.5/5.5 gradient titanium rod-a dealer ni rawh.
1.A lei man tha zawk 3.5/5.5 Gradient titanium rod.
2.100% Quality sang ber 3.5/5.5 gradient titanium rod.
3. Ordering lama hmalakna tlem zawk.
4. Inremna hun chhung atan man a nghet.
5. A tling tawk 3.5/5.5 Gradient titanium rod.
6. XC Medico-in 3.5/5.5 gradient titanium rod a siam dan awlsam leh rang taka tehna.
7. Khawvel pum huapa hriat hlawh brand - XC Medico.
8. XC Medico sales team-a kal theihna hun rang tak.
9. XC Medico team ten quality test an neih belh leh theih loh.
10. I XC Medico order chu a tir atanga a tawp thlengin track rawh.
3.5/5.5 gradient titanium rod hi orthopedic surgery-a solution thar tak a ni a, a bik takin spinal fixation leh fracture stabilization atan a ni. Transition gradient in diameter hmanga engineered a ni a, he rod hian flexibility leh stability tihchangtlun a pe a, complex biomechanical demands te a catering a ni. He guide hian 3.5/5.5 gradient titanium rod-a features, benefits, leh applications te a delve a, orthopedic surgeons, researchers, leh medical students te tan insights a pe a ni.
3.5/5.5 gradient titanium rod hi spinal implant a ni a, tapered design a ni a, diameter tlem zawk (3.5 mm) atanga diameter lian zawk (5.5 mm) a inthlak a ni. He gradient design hian a tawp te zawk hnaihah flexibility a optimize a, chutih rualin a tawp lian zawkah chuan robust stability a siam thei bawk. High-strength, biocompatible titanium atanga siam niin, rod hi spinal surgery-ah hman a ni nasa hle a, deformity correction leh trauma stabilization te pawh a tel. A gradient structure hian spinal region hrang hranga biomechanical requirement hrang hrangte a sawifiah a, fixation-a tailored approach a siam a ni.
Diameter hrang hrang inkara inthlak danglamna zawi zawia inthlak danglam chuan a tha ber leh a nghetna tur a siam a ni.
Biological reaction tha lo awm thei tur tihtlem nan high-grade titanium atanga siam a ni.
Bone integration tihchangtlun nan anodization emaw grit-blasting emaw hmanga tihchak.
A tul lo taka rit belh ngai lovin chakna a pe.
Polyaxial pedicle screw leh fixation system dang hmangin a thawk tha hle.
Titanium hian natural resistance a neih chuan corrosion a do thei a, hei hian hun rei tak chhung a ti rei thei a ni.
Flexibility leh rigidity te chu a inzawm khawm a, dynamic spinal movement te a awm theih nan.
Naupang leh puitling damlo tan pawh a tha hle a, a adaptive design vang a ni.
Surface treatment hian osteointegration a tichak a, stability a tichak bawk.
Gradient design hian segment hrang hranga stress transfer inthlauhna a ti tlem hle.
Fixation system awm tawh nen a inmil a, surgical workflows a ti awlsam bawk.
Durable construction hian hardware a chhiat emaw, a lo chhuak emaw theihna a ti tlem a ni.
Scoliosis, Kyphosis, leh lordosis te chu a adaptive gradient design hmangin a sawifiah a.
Thoracic leh lumbar spine-a ruh tliak leh inthlak danglamna (dislocations) te a ti nghet thei.
Spondylolisthesis leh disc degeneration a awm chuan spinal fusion a thlawp a ni.
Diameter tenau zawk hian damlo naupang zawkte tan pawh a tha thei ang bera hman theihna a pe a ni.
Vertebral tumor excision hnua spinal integrity a enkawl.
Postoperative infection-ah chuan harsatna awm thei tur venna atan intervention rang tak a ngai a ni.
Placement dik lo emaw biomechanical stress emaw hian stability a tichhe thei a ni.
Altered spinal mechanics hian a chhehvela vertebral level a nghawng thei a ni.
Rod fracture emaw, stress nasa tak hnuaia bending emaw a awm nual.
Hardware langsar vangin a chang chuan a nuam lo.
Material thar siam leh lei chunglam enkawlna hian hnathawh a tichak a ni.
Tarte zingah degenerative spinal conditions a tam zawk.
Spinal injury-a thil thleng lo pung zel hian fixation system hmasawn tak tak mamawhna a thlen a ni.
3D printing hmanga damlo-specific implants siam chhuah ngaihvenna a pun zel.
MIS technique nena inmilna hian a hmanna a tizau a ni.
3.5/5.5 gradient titanium rod hian orthopedic implant technology lama hmasawnna pawimawh tak a entir a, a danglamna leh a chhe thei lo a pe thei a ni. A design thar leh clinical versatility hian spinal deformities, fractures, leh degenerative conditions enkawlna atana hmanraw pawimawh tak a ni. Technological innovation a lo thang zel a, gradient titanium rod hian surgical outcome leh patient care tihchangtlunna kawngah hmun pawimawh tak a chang chho zel dawn a ni.
Warm Reminder: He thuziak hi reference atan chauh a ni a, doctor professional advice pawh a thlak thei lo. Zawhna i neih chuan i attending physician te zawt la.
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