Injection & Drug Delivery
Widely used across a broad range of injection and drug-delivery devices, including:
Disposable injection needles: designed for single-use safety with smooth, reliable penetration
Insulin needles & insulin pump puncture needles: ensuring precise dosing and minimal patient discomfort for daily diabetes management
Blood collection needles & micro-blood collection needles: providing consistent sample quality with minimal hemolysis
Pain management needles (nerve block / epidural): optimized for controlled insertion and effective analgesia delivery
Vaccine administration: supporting accurate and efficient immunization procedures
General drug infusion applications: enabling smooth, reliable delivery across various intravenous therapies
Key Benefit: Delivers high penetration consistency, smooth flow, and reliable performance, ensuring patient safety and comfort across routine and specialized clinical procedures.
Interventional
Extensively applied in a wide range of interventional and catheter-based devices, including:
Guidewire cores: offering precise torque response and flexibility for smooth vascular navigation
Support tubes: providing structural integrity and reliable support during complex interventions
Balloon dilation catheters (PTCA): ensuring accurate expansion and controlled delivery for coronary procedures
Microcatheter liners: facilitating low-friction passage and consistent device performance
Embolization microcatheter assemblies: supporting targeted embolic delivery with high reliability
Punch needles: designed for precise tissue penetration and consistent sample or device access
Ablation needles (RFA / PFA): optimized for accurate energy delivery and minimal collateral tissue impact
Key Benefit: Combines high precision, flexibility, and mechanical stability to ensure reliable performance in demanding vascular and interventional procedures.
Imaging & Biopsy
Applied across multiple minimally invasive biopsy procedures, including:
Bone marrow biopsy needles: designed for precise marrow sampling with minimal patient discomfort
Soft tissue biopsy needles (convex cutting / semi-automatic / fully automatic): ensuring consistent, accurate tissue extraction
Percutaneous puncture positioning needles (CT, ultrasound guided): enabling reliable, image-guided targeting for enhanced procedural safety
Breast biopsy needles (including Mammotome systems): optimized for smooth penetration and accurate lesion sampling
Key Benefit: High-precision tubing and consistent needle geometry provide reliable targeting, smooth tissue interaction, and accurate sample acquisition, supporting safer and more efficient biopsy procedures.
Ophthalmic Procedures
Widely used in various ophthalmic surgical and refractive procedures, including:
Ophthalmic surgical needles: engineered for precise incision and minimal tissue trauma during delicate eye surgeries
Vitrectomy tubing: providing smooth flow control and structural stability for vitreoretinal procedures
LASIK assistive needles for refractive surgery: ensuring accurate tissue manipulation and safe flap creation
Lens implantation assistive channels: facilitating precise intraocular lens placement with minimal risk
Key Benefit: Delivers ultra-fine precision, smooth tissue interaction, and reliable structural stability, supporting safer, more efficient, and high-quality outcomes in ophthalmic surgeries.
Aesthetic & Dermatology
Widely used across a variety of aesthetic and dermatology treatment devices, including:
Hyaluronic acid injection needles: ensuring smooth, controlled delivery for natural, consistent results
Dermal filler injection needles: designed for precise placement with minimal tissue trauma
Botox needles: supporting accurate dosing and comfortable administration
PRP treatment needles: optimized for effective platelet-rich plasma collection and injection
Meso / microneedling treatment tubes: enabling uniform micro-channel creation for enhanced skin rejuvenation
Key Benefit: Delivers high precision, smooth penetration, and consistent flow control, enhancing patient comfort, treatment efficacy, and overall procedural reliability in aesthetic and dermatology applications.
Anesthesia & Pain Management
Widely used in a variety of anesthesia and pain-management procedures, including:
Epidural puncture needles: designed for smooth, precise access to the epidural space, minimizing patient discomfort
Spinal needles: ensuring accurate cerebrospinal fluid access with consistent sharpness and reduced tissue trauma
Nerve block needles: providing controlled insertion and stability for effective regional anesthesia
Tuohy needles: optimized for catheter guidance and secure epidural drug delivery
Key Benefit: Offers high geometric stability, smooth penetration, and consistent performance, enhancing safety and efficacy in both routine and complex regional anesthesia procedures.
Cardiovascular & Electrophysiology
Widely used in a broad range of cardiovascular and electrophysiology intervention devices, including:
Thrombectomy needles for myocardial infarction: enabling rapid clot removal with precise targeting to restore blood flow
Cardiac catheter cores: providing exceptional flexibility and torsional control for complex vascular navigation
PFA (Pulsed Field Ablation) electric-field ablation needles: ensuring accurate ablation with minimal collateral tissue damage
Pacemaker implantation assistive needles: facilitating smooth, safe lead placement during cardiac device implantation
Key Benefit: Delivers high precision, structural integrity, and reliable conductivity performance, supporting safe and effective interventions in complex cardiovascular procedures.
Orthopedics & Sports Medicine
Widely used in a variety of orthopedic and minimally invasive treatment devices, including:
Bone cement injection needles (Vertebroplasty): supporting controlled cement delivery and stable vertebral reinforcement
Orthopedic positioning needles (K-wire sheaths): enabling precise alignment and fixation guidance during orthopedic procedures
Minimally invasive puncture needles: designed for targeted access with reduced tissue trauma
Key Benefit: Provides high mechanical strength, consistent dimensional accuracy, and smooth inner/outer surface finish—ensuring reliable performance in structural fixation, spinal treatment, and other orthopedic interventions.
ENT & Otolaryngology
Widely used in various ear, nose, and throat (ENT) procedures, including:
Nasal puncture needles: designed for precise, minimally invasive access to nasal cavities
Sinus balloon dilation needles: enabling controlled expansion for sinus treatments with minimal trauma
Vocal cord injection needles: supporting accurate placement for laryngeal procedures and voice restoration
Key Benefit: Provides high precision, smooth tissue interaction, and reliable stability, ensuring safe and effective outcomes in ENT interventions.
Veterinary medicine
Widely used across a range of veterinary devices, including:
Animal injection needles (cattle, pigs, sheep, pets): designed for safe, precise drug delivery in animals of all sizes
Animal blood collection needles: ensuring consistent sample quality with minimal stress to the animal
Animal-specific coarse-walled needles (10G–18G): optimized for high-strength applications such as large-animal procedures
Key Benefit: Offers durable construction, smooth penetration, and reliable performance, supporting safe, efficient, and accurate procedures in veterinary care.
Laboratory & Research
Widely used across a variety of laboratory and diagnostic devices, including:
Micro-sampling needles: designed for precise collection of minute sample volumes with minimal contamination
Vacuum blood collection system needles: ensuring reliable and efficient sample extraction
Precision tubes for cell experiments: providing high dimensional accuracy for reproducible results in cell culture and assays
PCR / ELISA-related sampling needles: optimized for accurate, contamination-free sampling in molecular biology and immunoassays
Key Benefit: Delivers high precision, consistent performance, and reliable stability, supporting accurate sampling and experimental reproducibility in laboratory and diagnostic applications.