Shaver Blades
Used in orthopedic and arthroscopic surgeries to cut, shave, or remove soft tissue and bone with precision, ensuring clear visualization during minimally invasive procedures.
China Stainless Steel
Stainless Steel
Medical Devices
& Components
TeCarve provides a comprehensive range of medical devices and components, widely applied in surgical operations, interventional therapy, and diagnostic procedures.
Our products include:
Disposable Syringes & Needles (HS 90183100 / 90183210 / 90183220)
Catheters & Tubes (HS 90183900)
Endoscopes & Spare Parts (HS 90189030)
Other Medical & Surgical Instruments (HS 90189099)
Radiopaque Markers made of Stainless Steel, Platinum-Iridium, Tantalum, Niobium (HS 81039990, 81129940, 71101990)
Titanium & Nickel Alloys for surgical applications (HS 810890, 7505, 75071200)
Stainless Steel Flexible Hoses for medical fluid systems (HS 83071000)
We specialize strictly as an upstream raw material and precision semi-finished OEM component supplier, supporting global medical device manufacturers and precision instrument assemblers.
OEM Raw Material SourcingPrototype & Pilot Support
✓ Fast Dispatch: Stock 7–10d | Custom 10–25dUpstream OEM Sourcing: TeCarve supplies precision stainless steel raw tubing, micro-cannula stock, and semi-finished component blanks for medical device engineering and diagnostic systems. Materials conform strictly to international metallurgical standards: ASTM A269, ASTM A213, ASTM A908, ISO 9626, and ASTM F899 / ASTM F138 melt chemistry.
Agile Prototyping Support: Prototype and pilot quantities are supported for raw tubing and semi-finished OEM components. MOQ is confirmed after technical review of material, dimensions, tolerances, cut length, surface finish, documentation, and required processing.
Raw Material Standards: ASTM A269, ASTM A213, ISO 9626, ASTM A908, ASTM F899
Size Range: OD 0.40 mm to 25.4 mm (WT 0.05 mm to 2.50 mm)
Surface Treatments: Electropolishing (Ra ≤ 0.15–0.20 μm per ASTM B912), ASTM A967 Passivation
Available Alloys: 304, 304L, 316L, 316LVM (ASTM F138 melt), Pt/Ir, Tantalum, Niobium
Accredited Systems: ISO 9001:2015, ISO 14001:2015, ISO 45001:2018 (Ingeer Certified)
Regulatory Scope: Upstream Raw Materials & Blanks (Not finished medical devices)
Traceability & Verification: Review our cleanroom packaging, micro-machining precision, and Factory Audit & Material Verification Guide →
Disposable Biopsy Forceps Accessories
Designed for single-use in endoscopic procedures, these accessories assist in obtaining tissue samples safely and hygienically, minimizing the risk of cross-contamination.
Disposable Hemostatic Clip Accessories
Applied in endoscopy to control bleeding by mechanically clamping blood vessels or tissue, offering an effective hemostasis solution without surgery.
Disposable Snare Accessories
Primarily used in gastrointestinal endoscopy, these snares capture and remove polyps or other abnormal tissue growths efficiently and safely. Available in stainless steel and brass.
Endoscope Accessories
A wide range of supportive components that enhance the functionality of endoscopes, such as cleaning, sealing, and connection parts, ensuring smooth operation and patient safety.
Spray Pipe Fittings
Used in endoscopic and laparoscopic applications for irrigation and cleaning, these fittings deliver fluids effectively to maintain clear visualization during procedures.
Luer Connector
Standardized connectors that provide secure, leak-proof connections between syringes, tubing, and other medical devices, ensuring reliable fluid transfer in clinical use.
Dental Accessories
A variety of instruments and components that support dental procedures, including cleaning, restorative, and surgical applications, helping maintain oral health and precision treatment.
Thoracic Instruments
Specialized surgical tools used in thoracic surgery for procedures involving the lungs, heart, or chest cavity, designed to facilitate accuracy and minimize patient trauma.
Laparoscopic Instruments Jaw
Interchangeable or fixed jaws designed for laparoscopic tools, enabling precise grasping, cutting, and dissecting of tissue during minimally invasive abdominal surgeries.
Orthopedic Surgical Instruments
Comprehensive instruments used in bone and joint surgeries, including cutting, drilling, and fixation tools, essential for trauma care and reconstructive orthopedic procedures.
Custom component to your drawing?
Send your drawing or sample with material, tolerances and quantity. We reply within 24 hours.
Medical Raw Tubing & Components
Precision Medical Stainless Steel Tubing & Micro Components
1
ISO 9626 Material Compliance: Medical-grade 304 and 316L tubing with full chemical traceability.
2
Burr-Free Precision Cutting: Cut length and end finish are confirmed per drawing; ends are deburred for downstream assembly.
3
OEM Prototype Support: Engineering review of 2D/3D drawings with prototype delivery in 5–7 business days.
MOQ
MOQ confirmed after technical review (supports prototype and pilot runs)
Lead Time
Standard precision raw tubing: 7–10 days; micro-machined parts: 10–25 days
Samples
Prototype components produced in 5–7 business days (sample fees credited to bulk order)
Documents
EN 10204 3.1 MTC standard; dimensional inspection records
Sole export arm of two stainless steel tube factories in Foshan and Wenzhou.
Order Information
| Standards | Reference standards vary by project and must be confirmed per order |
|---|---|
| Origin | China |
| Lead Time | In-stock standard sizes ship within 7–10 days. Custom specifications typically ship within 10–25 days after deposit. The full cycle—from inquiry and drawing confirmation through sampling, production, inspection, and dispatch—typically takes 33–55 days for custom items. |
| MOQ | Prototype and pilot quantities supported; MOQ confirmed per project |
Specifications & Raw Material Standards
Precision Raw Tubing, Alloy Melt Specifications & Surface Treatment Matrix
Target Engineering Scope: North America & Global — Small-Diameter Precision Raw Tubing for Medical Instruments, Trocar Sleeves & Diagnostic Probes
| Nominal OD | Nominal WT | OD Tol. (A269) | WT Tol. (A269) | Surface Finish Ra | Tensile Strength | Yield Strength |
|---|---|---|---|---|---|---|
| 0.50 mm (0.020") | 0.08 mm (0.003") | ±0.010 mm | ±10.0% | Ra ≤ 0.40 μm | ≥ 515 MPa | ≥ 205 MPa |
| 1.00 mm (0.039") | 0.15 mm (0.006") | ±0.015 mm | ±10.0% | Ra ≤ 0.40 μm | ≥ 515 MPa | ≥ 205 MPa |
| 2.00 mm (0.079") | 0.25 mm (0.010") | ±0.020 mm | ±8.0% | Ra ≤ 0.40 μm | ≥ 515 MPa | ≥ 205 MPa |
| 3.18 mm (1/8") | 0.35 mm (0.014") | ±0.025 mm | ±8.0% | Ra ≤ 0.40 μm | ≥ 515 MPa | ≥ 205 MPa |
| 4.76 mm (3/16") | 0.50 mm (0.020") | ±0.030 mm | ±8.0% | Ra ≤ 0.40 μm | ≥ 515 MPa | ≥ 205 MPa |
| 6.35 mm (1/4") | 0.71 mm (0.028") | ±0.040 mm | ±7.5% | Ra ≤ 0.40 μm | ≥ 515 MPa | ≥ 205 MPa |
| 9.53 mm (3/8") | 0.89 mm (0.035") | ±0.050 mm | ±7.5% | Ra ≤ 0.40 μm | ≥ 515 MPa | ≥ 205 MPa |
| 12.70 mm (1/2") | 1.24 mm (0.049") | ±0.060 mm | ±7.5% | Ra ≤ 0.40 μm | ≥ 515 MPa | ≥ 205 MPa |
| 19.05 mm (3/4") | 1.65 mm (0.065") | ±0.080 mm | ±7.5% | Ra ≤ 0.40 μm | ≥ 515 MPa | ≥ 205 MPa |
| 25.40 mm (1.00") | 2.11 mm (0.083") | ±0.100 mm | ±7.5% | Ra ≤ 0.40 μm | ≥ 515 MPa | ≥ 205 MPa |
Technical Standard Note: Per ASTM A269/A269M Table 4 and ASTM A213. Manufactured in seamless or cold-drawn welded condition with multi-pass precision pilgering and bright annealing. 100% Eddy Current Tested per ASTM E426. Inner surface electropolished to Ra ≤ 0.20 μm available upon technical request.
Target Engineering Scope: Raw Material Melt Chemistry: Ultra-Clean Austenitic, Martensitic & Precipitation-Hardening Stainless Steels for Surgical Instrument Components
| Standard & Grade | UNS Designation | Carbon (C) | Chromium (Cr) | Nickel (Ni) | Molybdenum (Mo) | Sulfur max | Microstructure / Heat Treatment | Primary Raw Material Scope |
|---|---|---|---|---|---|---|---|---|
| ASTM F138 (316LVM) | UNS S31673 | ≤ 0.030% | 17.00 – 19.00% | 13.00 – 15.00% | 2.25 – 3.00% | ≤ 0.010% (Ultra-Clean) | Vacuum Arc Remelted (VAR), 100% Austenite | Raw bar & tubing for surgical instrument shafts & diagnostic probe blanks |
| ASTM F899 (Grade 304) | UNS S30400 | ≤ 0.080% | 18.00 – 20.00% | 8.00 – 10.50% | — | ≤ 0.030% | Austenitic, Annealed / Cold Worked | Retractor handles, cannula sleeves, instrument bodies |
| ASTM F899 (Grade 316L) | UNS S31603 | ≤ 0.030% | 16.00 – 18.00% | 10.00 – 14.00% | 2.00 – 3.00% | ≤ 0.030% | Austenitic, Annealed / Cold Worked | Endoscopic rigid shafts, laparoscopic trocars, biopsy forceps blanks |
| ASTM F899 (Grade 420) | UNS S42000 | 0.15 – 0.40% | 12.00 – 14.00% | ≤ 1.00% | — | ≤ 0.030% | Martensitic, Quenched & Tempered (50–55 HRC) | Scalpel blanks, surgical scissors, bone chisels & rongeur components |
| ASTM F899 (Grade 630 / 17-4PH) | UNS S17400 | ≤ 0.070% | 15.00 – 17.50% | 3.00 – 5.00% | — | ≤ 0.030% | Precipitation Hardening (H900/H1025, 40–45 HRC) | High-torque orthopedic driver shafts, reamer blanks & drill guides |
Technical Standard Note: Data conforms to ASTM F138 Table 1 and ASTM F899 Table 1 raw material metallurgical specifications. Note: TeCarve supplies raw materials, tubing, and semi-finished component blanks conforming to melt chemistry requirements; TeCarve does not manufacture finished implantable medical devices.
Target Engineering Scope: Electropolishing (ASTM B912) & Chemical Passivation (ASTM A967) Specifications for Medical Component Surfaces
| Finish Grade | Surface Treatment Process | Applicable Standard | Roughness ID (Ra) | Roughness OD (Ra) | Cr/Fe Surface Ratio | Corrosion & Cleanliness Verification |
|---|---|---|---|---|---|---|
| AP (Annealed & Pickled) | Acid descaled in HNO3/HF bath | ASTM A380 | Ra ≤ 1.00 μm (40 μin) | Ra ≤ 1.00 μm (40 μin) | ≈ 1.0 | General instrument structural components, outer handles |
| BA (Bright Annealed) | Atmosphere furnace annealing in 100% dry H2 | ASTM A269 | Ra ≤ 0.50 μm (20 μin) | Ra ≤ 0.40 μm (16 μin) | ≈ 1.2 | Fluid delivery lines, optical scope guide sheaths |
| MP (Mechanical Polished) | Rotary wheel & belt polishing (320–600 grit) | Industrial Norm | Ra ≤ 0.40 μm (16 μin) | Ra ≤ 0.25 μm (10 μin) | ≈ 1.3 | External cannula bodies, trocar cannula guide sleeves |
| EP (Electropolished) | Anodic electrochemical dissolution in acid electrolyte | ASTM B912 | Ra ≤ 0.20 μm (8 μin) | Ra ≤ 0.15 μm (6 μin) | ≥ 1.5 (Cr-enriched oxide) | Aspiration needles, chromatography lumens, endoscope channels |
| CP (Chemical Passivation) | Citric or Nitric acid immersion per ASTM A967 | ASTM A967 | Maintained from substrate | Maintained from substrate | ≥ 1.4 | Zero free iron; passes Copper Sulfate Test (ASTM A967 Practice 22) |
Technical Standard Note: Surface roughness verified via stylus profilometry (ISO 4287 / ASME B46.1). Passivation verified per ASTM A967 Practice 22 (Copper Sulfate) and high-humidity test. Cleanliness verified by solvent extraction and gravimetric particulate analysis.
Target Engineering Scope: Global — Stainless Steel Precision Needle Tubing & Micro-Cannula Dimensions for OEM Component Manufacture
| Gauge (G) | Nominal OD | OD Limits (Min – Max) | Regular Wall (RW) WT | Thin Wall (TW) WT | Extra-Thin Wall (ETW) WT | Min ID (RW / TW) |
|---|---|---|---|---|---|---|
| 14G | 2.10 mm | 2.060 – 2.160 mm | 0.25 mm | 0.18 mm | 0.13 mm | 1.55 mm / 1.69 mm |
| 16G | 1.65 mm | 1.600 – 1.680 mm | 0.23 mm | 0.16 mm | 0.11 mm | 1.14 mm / 1.28 mm |
| 18G | 1.25 mm | 1.200 – 1.300 mm | 0.20 mm | 0.14 mm | 0.09 mm | 0.80 mm / 0.92 mm |
| 20G | 0.90 mm | 0.860 – 0.920 mm | 0.15 mm | 0.11 mm | 0.07 mm | 0.56 mm / 0.64 mm |
| 22G | 0.70 mm | 0.698 – 0.730 mm | 0.14 mm | 0.10 mm | 0.06 mm | 0.39 mm / 0.47 mm |
| 25G | 0.50 mm | 0.500 – 0.530 mm | 0.12 mm | 0.08 mm | — | 0.23 mm / 0.31 mm |
| 27G | 0.40 mm | 0.400 – 0.420 mm | 0.10 mm | 0.06 mm | — | 0.18 mm / 0.26 mm |
| 30G | 0.30 mm | 0.298 – 0.320 mm | 0.08 mm | 0.05 mm | — | 0.13 mm / 0.19 mm |
Technical Standard Note: Per EN ISO 9626:2016 Table 1 and ASTM A908. Supplied in straight precision cut lengths or spooled continuous coils for automated OEM assembly lines. Burr-free electrochemical cutting (ECM) or precision abrasive wheel cut available.
Target Engineering Scope: Specialized Precious Metal & Refractory Alloy Marker Bands for Fluoroscopic Visualization in Catheters & Stents
| Material & Alloy Grade | Density | Radiopacity Index | Standard Size Range (OD) | Wall Thickness Range | Dimensional Tolerance | Common OEM Component Application |
|---|---|---|---|---|---|---|
| Pt/Ir 90/10 (Platinum 90% / Iridium 10%) | 21.55 g/cm³ | Superior (Maximum Fluoroscopic Contrast) | OD 0.40 – 3.00 mm | 0.025 – 0.100 mm | ±0.005 mm | Balloon angioplasty catheter marker bands & guidewire tip collars |
| Pt/Ir 80/20 (Platinum 80% / Iridium 20%) | 21.70 g/cm³ | Superior (High Radiopacity & Hardness) | OD 0.50 – 2.50 mm | 0.030 – 0.080 mm | ±0.005 mm | Microcatheter distal visualization rings & neurovascular markers |
| Pure Tantalum (Ta ≥ 99.95%) | 16.65 g/cm³ | High (Excellent Biocompatible Inertness) | OD 0.50 – 4.00 mm | 0.035 – 0.120 mm | ±0.008 mm | Stent delivery positioning collars & embolization coil end-sleeves |
| Pure Niobium (Nb ≥ 99.80%) | 8.57 g/cm³ | Medium-High (Low MRI Artifact Signature) | OD 0.80 – 5.00 mm | 0.050 – 0.150 mm | ±0.010 mm | MRI-compatible diagnostic sleeves & biopsy probe markers |
| Stainless Steel 316L Marker Sleeves | 7.98 g/cm³ | Moderate (Structural Reference & Swaging) | OD 0.50 – 6.00 mm | 0.030 – 0.200 mm | ±0.008 mm | Catheter transition collars, strain relief sleeves & crimp ferrules |
Technical Standard Note: Manufactured via ultra-precision micro-drawing and ECM cut-to-length. 100% optical sorting for length, wall thickness, and outer diameter. Burr height strictly controlled below 0.005 mm.
🏭
Flexible Sizing AdvantageDirect Workshop Agile Sourcing vs. Primary Mill Procurement
Flexible Order Scale: Prototype and pilot quantities are supported for raw tubing and semi-finished OEM components. MOQ is confirmed after technical review of material, dimensions, tolerances, cut length, surface finish, documentation, and required processing.
Rapid Production Turnaround: Standard in-stock catalog sizes dispatch within 7–10 days; custom precision-drawn dimensions and passivated blanks ship within 10–25 days.
Audit & Quality Traceability: Verify our partner workshops' clean drawing benches, non-destructive testing stations, and 100% heat traceability.
⚠️
Mandatory Regulatory DisclosureQuality Management & Regulatory Boundary Notice
TeCarve operates under accredited industrial management systems certified by Shanghai Ingeer Certification Assessment Co., Ltd.: ISO 9001:2015 (Quality Management), ISO 14001:2015 (Environmental Management), and ISO 45001:2018 (Occupational Health & Safety). Every delivery includes authentic EN 10204 3.1 Mill Test Certificates detailing exact ladle chemical analysis, mechanical tensile & yield properties, non-destructive test results, and raw material heat traceability.
NoticeExplicit Regulatory Boundary Notice:
TeCarve functions strictly as an upstream supplier of raw metallic tubing, precision wire, and semi-finished OEM component blanks.
TeCarve does NOT manufacture finished medical devices, nor do we hold or claim medical device specific manufacturer registrations such as ISO 13485 (Medical Device QMS), US FDA establishment registration / 510(k) clearances, or European Union Medical Device Regulation (EU MDR 2017/745) CE marks.
Finished Device Compliance Responsibility: All tubing materials and component blanks conform to referenced raw metallurgical and dimensional standards (ASTM A269, ASTM A213, ASTM A908, ISO 9626, ASTM F899, and ASTM F138 raw material composition).
Final medical device design classification, intended use determination, biological evaluation and biocompatibility testing per the ISO 10993 series, cleanroom final assembly, sterile barrier packaging, terminal sterilization, and all formal regulatory submissions/clearances remain the direct and sole legal responsibility of the finished medical device manufacturer.
Category A: Semi-Finished Tubing & Cannula Blanks (OEM Component Stock)
Syringes, Needles, Catheters, Endoscopes
Category B: Medical Components (OEM Parts)
Radiopaque Markers (Stainless Steel, Platinum-Iridium, Tantalum, Niobium)
Titanium / Nickel alloy tubes, rods, wires for surgical use
Category C: Accessories & Assemblies
Stainless steel flexible hoses for medical fluid handling
Medical-Grade OEM Materials & Technical Review
Medical Component Material & Specification Inquiry
Sourcing precision stainless steel tubing or machined components manufactured to print for medical instruments, surgical devices, diagnostic assemblies, or lab equipment? Contact our technical engineering desk for material composition review (304, 304L, 316L, ASTM F899), tight-tolerance machining (down to ±0.01 mm), and flexible prototype trial orders.
📐 OEM Drawing & Print Review
Engineering review of customer-supplied 2D/3D technical drawings, dimensional tolerances (down to ±0.01 mm), and surface finish parameters.
🔬 Prototype Evaluation Samples
First-article prototype samples and short evaluation batches provided for dimensional fit-up, assembly verification, and metallurgical review.
⚖️ Prototype-to-Pilot Support
Raw tubing and semi-finished OEM components can be quoted for prototype and pilot quantities after review of drawings, materials, tolerances, finishing, and documentation requirements.
📋 Traceable EN 10204 3.1 MTC
Full material heat traceability, ladle chemical composition, mechanical tensile/yield reports, and non-destructive testing data.
Have OEM component drawings, material grades, or prototype specifications ready for review?
Chat directly on WhatsApp or submit your RFQ to sales@tecarve.com:
Depending on the component design, material, intended use, and customer requirements, relevant project references may include:
- ISO 10993 series: Reference framework for biological evaluation of finished medical devices; applicability and testing are project-specific.
- ASTM F67 / F136: Reference specifications for specified titanium materials used in surgical implant applications; material conformity must be confirmed for each order.
- ASTM F75: Reference specification for cobalt-chromium alloy; material conformity must be confirmed for each order.
- EN ISO 9626: Reference standard for stainless steel needle tubing; applicable requirements must be confirmed for each project.
Reference Standards
Project Documentation
Documentation requirements vary by component, material, intended use, and destination market. Please provide the applicable specifications with your drawing or sample so available material and inspection documentation can be confirmed before quotation.
| Standard | Scope |
|---|---|
| ISO 10993 series | Biological evaluation of medical devices; applicability and testing are project-specific |
| ASTM F67 | Unalloyed titanium for surgical implant applications |
| ASTM F136 | Wrought Ti-6Al-4V ELI alloy for surgical implant applications |
| ASTM F75 | Cobalt-chromium-molybdenum alloy castings for surgical implants |
| EN ISO 9626 | Stainless steel needle tubing for the manufacture of medical devices |
| ASTM F899 | Wrought stainless steels for surgical instruments |
Material conformity to the applicable standard must be confirmed for each order; reference standards vary by component design, material, and intended use.
General Surgery (syringes, needles, suturing)
Interventional Cardiology (catheters, guidewires, radiopaque markers)
Endoscopy (diagnostic & therapeutic scopes)
Orthopedic & Dental Implants (titanium & nickel alloys)
Medical Fluid Systems (stainless steel flexible hoses)
Applications
⚙️Technical Engineering Guide
Medical-Component Raw Tubing: Metallurgy, Surface Treatment & Process Control
Engineering guidelines on raw alloy cleanliness, micro-drawing concentricity, electrochemical passivation, and 100% non-destructive examination.
1. Alloy Purity & Inclusion Control (ASTM F138)
For critical instrument components and surgical blanks, raw material melt quality dictates fatigue performance. Premium grades like 316LVM (ASTM F138 / ISO 5832-1) undergo Vacuum Induction Melting (VIM) followed by Vacuum Arc Remelting (VAR). This secondary remelting minimizes non-metallic micro-inclusions (sulfides, aluminates, silicates per ASTM E45 Method A rating ≤ 1.0) and limits sulfur to ≤ 0.010%, eliminating micro-porosity and maximizing cyclic flexural endurance.
2. Micro-Bore Drawing & Concentricity
Diagnostic probes and endoscopic catheter guide lumens require strict inner diameter limits and ultra-smooth bore geometry. TeCarve utilizes multi-pass cold pilgering and precision plug drawing over tungsten carbide floating plugs. This achieves tight outer diameter tolerances (±0.010 to ±0.025 mm), concentricity ≥ 92%, and an unpolished drawn bore roughness Ra ≤ 0.40 μm, preventing laminar fluid turbulence and micro-bubble accumulation in analytical fluidics.
3. Electropolishing (ASTM B912) & Passivation
Electrochemical polishing selectively dissolves microscopic surface asperities under controlled current density and acid electrolytes, reducing surface roughness to Ra ≤ 0.15–0.20 μm (6–8 μin). This process strips mechanically disturbed Beilby layers and enriches surface chromium oxide (Cr/Fe ratio ≥ 1.5). Subsequent ASTM A967 citric/nitric acid passivation removes residual free iron, ensuring robust resistance to physiological saline pitting and repeated autoclave steam cycles.
4. 100% Eddy Current Testing & Traceability
100% In-Line Flaw Detection: Raw tubing undergoes 100% in-line Eddy Current Testing (ET per ASTM E426) with encircling and sector coils to detect longitudinal seams, micro-pinholes, or draw cracks down to 5% of wall thickness.
Heat Traceability: Every production batch is assigned a unique heat code fully traceable to the master melt on the accompanying EN 10204 3.1 Mill Test Certificate, documenting the material pedigree from billet to finished blank.
Application Scope: Laparoscopic trocar sleeves, rigid endoscope sheath tubes, needle cannula stock, diagnostic aspiration probes, radiopaque catheter markers, and surgical instrument handle blanks.
Consult with TeCarve Medical-Component Materials Engineers →For material-selection context across regulated applications, explore our pharmaceutical and medical industry solutions.
For precision cannula stock and micro-bore tube selection, compare with our Stainless Steel Needle Tube.
For precision medical device manufacturing, review how OEM buyers can verify our cleanroom handling, micro-machining tolerances, passivation testing, and material traceability.
Key Advantages
Full raw-to-component supply chain: from certified melt billets to precision-drawn semi-finished components
High-precision machining (tolerance down to ±0.01 mm)
Material and documentation requirements are confirmed for each application and order
Competitive cost advantage from China-based manufacturing
Export experience covering Europe, U.S., Middle East, and Asia
HS Codes covered: 90183100, 90183210, 90183220, 90183900, 90189030, 90189099, 83071000, 7505, 75071200, 810890, 81039990, 81129940, 71101990
Export Markets: EU, USA, Turkey, India, Middle East
Trade Terms: FOB / CIF / DDP available
Packaging: Cleanroom-ready double PE bagging & protective packaging for metallic components; final sterile barrier packaging and terminal sterilization remain the responsibility of the finished medical device manufacturer
Export Information
packaging
PVC Wrapping
& End Caps
Custom Barcoding
& Labeling
Anti-Corrosion
& Moisture Protection
Seaworthy Wooden Cases & Pallets
Medical Components Inspection & Traceability Photos
Real product, inspection, packaging and loading photos.
Tailored Solutions, Timely Fulfillment
CUSTOMIZATION
& DELIVERY
Customization Process
Drawing & Feasibility Review: TeCarve supplies custom medical-device component blanks fabricated to customer 2D/3D technical drawings or approved samples. We evaluate geometry, alloy selection, surface treatments, dimensional limits, and documentation needs prior to prototype runs.
Standard References & Quality Confirmation: Material standards such as ASTM F899 for surgical instrument steels serve as project references. Following sample approval, production proceeds under verified heat-batch traceability. Contact our engineering team to discuss your component specifications.
Prototype & Pilot Support
Prototype and pilot quantities are supported for raw tubing and semi-finished OEM components. MOQ is confirmed after technical review of material, dimensions, tolerances, cut length, surface finish, documentation, and required processing.
Optimized Lead Time
In-stock standard sizes ship within 7–10 days. Custom specifications typically ship within 10–25 days after deposit, depending on order volume, dimensions, and surface finish. The full cycle—from inquiry and drawing confirmation through sampling, production, inspection, and dispatch—typically takes 33–55 days for custom items.
Global Logistics & On-Time Delivery
For medical device component deliveries to international markets, anti-corrosion and moisture protection is paired with custom barcoding and labeling for clear material and component identification.
How your order is made, checked and shipped
1
Tube forming at the partner factory
2
Heat treatment (annealing)
3
Dimensional inspection
4
Alloy verification with a handheld analyzer
5
Export packing
6
Container loading
Customer Trust & Verification
What Overseas Buyers Say About TeCarve Tubing
“I've received the goods and everything is fine.”
Batch delivery verified
“The goods already send to customers. I am waiting for the next order from them.”
Distributor reorder verified
“…there is no need of inspection this time… I trust in your product.”
Quality trust / inspection waiver verified
Frequently Asked Questions
What is the difference between TeCarve’s medical device categories?
TeCarve organizes medical components into three categories: Category A covers semi-finished tubular blanks and cannula stock for needles, catheter stiffeners, and endoscope shafts; Category B covers OEM components such as radiopaque markers and titanium/nickel alloy tubes, rods, and wires for surgical use; Category C covers accessories and assemblies such as stainless steel flexible hoses for medical fluid handling.
Does TeCarve hold ISO 13485 or FDA medical registrations?
No. TeCarve holds ISO 9001, 14001, and 45001 certifications. We supply precision raw tubes and sub-components per ISO 9626 material specifications to medical device manufacturers. Final device sterilization and regulatory filings remain the client's responsibility.
What cutting tolerances and end-face finishes can be achieved?
Cut length and end finish are confirmed per drawing; ends are deburred for downstream assembly.
What materials does TeCarve supply for medical device components?
TeCarve supplies stainless steel, titanium, and nickel alloys for surgical applications, along with radiopaque markers in stainless steel, platinum-iridium, tantalum, and niobium, depending on the component’s intended use and required imaging visibility.
What standards apply to TeCarve’s medical device components?
Depending on the component, material, and intended use, relevant project references may include the ISO 10993 series for biological evaluation, ASTM F67 and ASTM F136 for titanium implant materials, ASTM F75 for cobalt-chromium alloy castings, EN ISO 9626 for stainless steel needle tubing, and ASTM F899 for wrought stainless steels used in surgical instruments. Applicability and material conformity must be confirmed for each order.
What is the MOQ and lead time for medical device components?
For raw tubing and semi-finished OEM components, prototype and pilot quantities are supported; MOQ is confirmed after technical review of material, dimensions, tolerances, cut length, surface finish, documentation, and required processing. In-stock standard sizes ship within 7–10 days. Custom specifications typically ship within 10–25 days after deposit. The full cycle—from inquiry and drawing confirmation through sampling, production, inspection, and dispatch—typically takes 33–55 days for custom items.
Does TeCarve provide documentation for material traceability?
Yes. Documentation requirements vary by component, material, intended use, and destination market. TeCarve confirms available material and inspection documentation, including traceability records, against the applicable specification before quotation.
Contact TeCarve
Get in touch with TeCarve for premium stainless steel tubing solutions.
Global delivery, factory-direct supply from two partner factories, and reliable service.
If any need, please send email to sales@tecarve.com.