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Custom Machined Burr Free Solid Curved Suture Needle Component for Suturing - Built to Print

Custom Machined Burr Free Solid Curved Suture Needle Component for Suturing - Built to Print

Brand Name: NA
Model Number: OEM
MOQ: Based on customer requirements
Packaging Details: Polybag, Carton, Wooden case or According to your request
Detail Information
Place of Origin:
CN
Certification:
ISO13485
Supply Ability:
100000pcs/ month
Product Description

Custom Machined Burr Free Solid Curved Suture Needle Component for Suturing - Built to Print

Products Name  Custom Machined Burr Free Solid Curved Suture Needle Component for Suturing - Built to Print
Material Stainless Steel, Brass, Aluminum, brass, copper ,etc
Surface treatment  Sandblasting, polishing, knurling, laser marking, etc
Tube Outer Diameter  0.25-15mm
Tube wall Thickness  0.05-3mm
Meta Base Male and Female thread
Tolerance  OD/ID±0.02mm L±0.05mm or According to Drawing
Size 3G-32G or Customized
LOGO Can be customized according to your drawing
Samples Usually provide 5-10pcs samples for testing before mass production
Delivery Time Usually 30-45 days or according to quantity

Custom Machined Burr Free Solid Curved Suture Needle Component for Suturing - Built to Print

Custom Machined Burr Free Solid Curved Suture Needle Component for Suturing - Built to Print

Product Advantages:


  • Made of solid stainless steel with precision forming, standard tolerance up to ±0.02mm, good rigidity for tissue suturing work.

  • Sharp cutting tip with full deburring treatment, low piercing resistance and reduce tissue trauma during operation.

  • Stable mechanical strength and excellent corrosion resistance, suitable for surgical and veterinary suture applications.

  • Curve radius, needle diameter, tip shape and total length can be fully customized according to customer drawings or samples.

  • Strict dimensional and appearance inspection for each batch, stable batch consistency to meet mass production requirements.
FAQ:

Q1: What stainless steel grades are available for this solid curved suture needle?
A1: We mainly supply medical grade 304 and 316L stainless steel. 316L is recommended for medical tissue contact scenarios for better corrosion resistance.

Q2: What surface finish is used for this solid curved suture needle?
A2: We apply standard surface finish Ra0.8-1.0μm for this product. If you have special high polishing requirements, please inform us in advance for separate process evaluation and quotation.

Q3: Which parameters of solid curved suture needle support custom modification?
A3: Needle diameter, total length, curve radius and tip bevel angle are all customizable within our processing capacity under ±0.02mm tolerance. Please provide technical drawings for feasibility evaluation.

Q4: How do you control burrs on the needle cutting tip?



Disclaimer

Shenzhen Shomea Hardware Products Co., Ltd. is a precision metal components manufacturer, not a medical device distributor. All parts shown on this page are custom machined according to the buyer's drawings, samples and specifications.

We do not sell finished medical devices, sterile devices, IVD reagents or surgical instruments. All components are supplied non-sterile and unfinished.

The purchaser, as the medical device manufacturer or equipment brand owner, is solely responsible for device design validation, biocompatibility evaluation, sterilization validation, labeling and regulatory approval of the finished medical device.


A4: After cutting, bending and tip forming, multi-step deburring and cleaning will be performed. Each finished needle will be inspected to remove micro-burrs to avoid extra tissue damage during suturing.

Q5: Can you provide custom samples? What information needs confirmation before sample production?
A5: Custom samples are available for function and assembly test. Before sample order, we need to confirm material grade, dimension parameters, curve requirement, tip specification and surface finish. Sample cost depends on processing complexity, mass production can start after sample specification confirmation.