Main Products
We fabricate custom medical micro blades and surgical precision blades with tight width tolerances (±0.005 mm) engineered for rapid-exchange cutting balloon catheter assemblies and calcified atherosclerotic plaque modification.
10+ Years Oem & Odm
Empowering Next-Generation Interventional Technologies
At our core, we are a premier, engineering-driven contract manufacturer specializing in ultra-precision components and micro-scale processing services for the global minimally invasive interventional medical device industry. With a steadfast commitment to strict compliance and material excellence, we supply critical raw stocks and high-yield semi-finished components designed to seamlessly integrate into advanced cardiovascular, neurovascular, peripheral vascular, and endoscopic delivery systems.
View More Our ServicesWhy Choose Us
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View More01Engineering-Driven PrecisionUltra-precision manufacturing and micro-processing for minimally invasive medical devices.
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View More02End-to-End TraceabilityComplete Heat-Lot traceability from vacuum melting to final micro-machining.
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View More03Certified Quality ComplianceISO 13485 manufacturing with CoC and MTR documentation for every batch.
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View More04Trusted OEM PartnershipReliable raw materials and semi-finished components for global medical OEMs.
Flexible solutions For All industries
Solution Provider
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Precision Hypotube
Shaft Solutions -
Radiopaque & Micro-Signal
Solutions (Marker Bands) -
Parylene-Coated Balloon
Welding Mandrels & Tooling -
Steerable & Micro-Guidewire
Core Assemblies
Precision Hypotube Shaft Solutions
• Tagline: Optimal Balance of Pushability, Trackability & Kink Resistance
• Description: We engineer custom stainless steel (304V/316LVM) and superelastic Nitinol hypotubes designed for rapid-exchange (RX) catheter shafts and delivery systems. Utilizing multi-axis femtosecond laser cutting, our progressive pitch and spiral cut profiles deliver seamless torque transmission and 1:1 tactile response through tortuous anatomies.
• Key Capabilities:
- Wall thickness down to 0.02 mm with concentricity > 92%
- Zero Heat-Affected Zone (HAZ) laser cutting (kerf width 15–30 μm)
- PTFE / Hydrophilic coating integration & polymer jacket lamination
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• Description: We engineer custom stainless steel (304V/316LVM) and superelastic Nitinol hypotubes designed for rapid-exchange (RX) catheter shafts and delivery systems. Utilizing multi-axis femtosecond laser cutting, our progressive pitch and spiral cut profiles deliver seamless torque transmission and 1:1 tactile response through tortuous anatomies.
• Key Capabilities:
- Wall thickness down to 0.02 mm with concentricity > 92%
- Zero Heat-Affected Zone (HAZ) laser cutting (kerf width 15–30 μm)
- PTFE / Hydrophilic coating integration & polymer jacket lamination
Radiopaque & Micro-Signal Solutions (Marker Bands)
• Tagline: 100% Burr-Free, High-Density Visibility Under Fluoroscopy
• Description: Engineered for precise anatomical navigation, our precious metal marker bands (Pt/Ir 90/10, Pure Platinum, Gold, Tantalum) are manufactured via precision micro-drawing and ultra-fine parting. Designed for balloon catheters, stent delivery systems, and guidewires with zero vessel trauma.
• Key Capabilities:
- Ultra-thin walls down to 0.015 mm; Length tolerances within ±0.01 mm
- 100% burr-free with micro-radiused edge finishes (Ra < 0.2 μm)
- Direct crimping, swaging, or laser welding assembly support
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• Description: Engineered for precise anatomical navigation, our precious metal marker bands (Pt/Ir 90/10, Pure Platinum, Gold, Tantalum) are manufactured via precision micro-drawing and ultra-fine parting. Designed for balloon catheters, stent delivery systems, and guidewires with zero vessel trauma.
• Key Capabilities:
- Ultra-thin walls down to 0.015 mm; Length tolerances within ±0.01 mm
- 100% burr-free with micro-radiused edge finishes (Ra < 0.2 μm)
- Direct crimping, swaging, or laser welding assembly support
Parylene-Coated Balloon Welding Mandrels & Tooling
• Tagline: Non-Stick, High-Temperature Precision Mandrels for Balloon Laser & Thermal Bonding
• Description: Engineered specifically for interventional balloon catheter manufacturing, our medical-grade stainless steel (304V/440C) and tungsten welding mandrels feature ultra-uniform chemical vapor deposited (CVD) Parylene C/N coating. Designed to withstand intensive laser and RF thermal bonding, they eliminate molten polymer adhesion (Pebax®, Nylon 12, TPU) and prevent inner lumen damage during demolding.
• Key Capabilities:
- Sub-micron diameter tolerance (OD ±0.001 mm) with mirror finish (Ra < 0.05 μm)
- Pin-hole free Parylene CVD coating (thickness 1.0–5.0 μm, tolerance ±0.2 μm)
- High heat resistance (>200°C), superior anti-sticking, and 5x longer tooling lifespan
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• Description: Engineered specifically for interventional balloon catheter manufacturing, our medical-grade stainless steel (304V/440C) and tungsten welding mandrels feature ultra-uniform chemical vapor deposited (CVD) Parylene C/N coating. Designed to withstand intensive laser and RF thermal bonding, they eliminate molten polymer adhesion (Pebax®, Nylon 12, TPU) and prevent inner lumen damage during demolding.
• Key Capabilities:
- Sub-micron diameter tolerance (OD ±0.001 mm) with mirror finish (Ra < 0.05 μm)
- Pin-hole free Parylene CVD coating (thickness 1.0–5.0 μm, tolerance ±0.2 μm)
- High heat resistance (>200°C), superior anti-sticking, and 5x longer tooling lifespan
Steerable & Micro-Guidewire Core Assemblies
• Tagline: Precision Tapering & Variable Stiffness Manipulation
• Description: Comprehensive grinding and flattening solutions for complex guidewire cores, D-shaped pull wires, and steerable catheter spines. We ensure continuous smooth transitions between rigid pushable proximals and ultra-soft atraumatic distal tips.
• Key Capabilities:
- Precision centerless & CNC profile grinding (OD down to 0.03 mm)
- Flat wire cold rolling & continuous laser welding
- Medical grade PTFE / Silicone friction-reduction coatings
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• Description: Comprehensive grinding and flattening solutions for complex guidewire cores, D-shaped pull wires, and steerable catheter spines. We ensure continuous smooth transitions between rigid pushable proximals and ultra-soft atraumatic distal tips.
• Key Capabilities:
- Precision centerless & CNC profile grinding (OD down to 0.03 mm)
- Flat wire cold rolling & continuous laser welding
- Medical grade PTFE / Silicone friction-reduction coatings
Latest News
Case Studies (Real-World Applications)
Professional Services 丨Singapore丨 Distrii
Custom Laser-Slotted Nitinol Hypotube for 0.014" Neurovascular Microcatheter
• Category: Neurovascular Delivery Systems
• Clinical Application: Distal Intracranial Navigation & Ischemic Stroke Aspiration Catheters
• Client Challenge:
A leading neurovascular device OEM required an ultra-flexible yet kink-resistant catheter distal shaft capable of navigating tight 90-degree bends in the M1/M2 cerebral arteries without ovalization or lumen collapse. Traditional fiber laser cutting produced thermal micro-cracking and excessive burrs, reducing push efficiency.
• Clinical Application: Distal Intracranial Navigation & Ischemic Stroke Aspiration Catheters
• Client Challenge:
A leading neurovascular device OEM required an ultra-flexible yet kink-resistant catheter distal shaft capable of navigating tight 90-degree bends in the M1/M2 cerebral arteries without ovalization or lumen collapse. Traditional fiber laser cutting produced thermal micro-cracking and excessive burrs, reducing push efficiency.
Manufacturing丨Thailand丨Sime Darby Oils Morakot
Ultra-Thin Wall Pt/Ir 90/10 Marker Bands for Coronary PTCA Balloon Assembly
• Category: Cardiovascular Interventional Catheters
• Clinical Application: PTCA Balloon Catheter Positioning & Stent Deployment Verification
• Client Challenge:
A Tier-1 interventional catheter manufacturer faced high balloon membrane puncture rates and uneven crimping profiles when swaging 0.018 mm wall platinum-iridium marker bands onto Pebax® shafts.
• Clinical Application: PTCA Balloon Catheter Positioning & Stent Deployment Verification
• Client Challenge:
A Tier-1 interventional catheter manufacturer faced high balloon membrane puncture rates and uneven crimping profiles when swaging 0.018 mm wall platinum-iridium marker bands onto Pebax® shafts.
Professional Services | Libya | LPTIC
Parylene-C Coated Mandrel Solution for Laser Balloon Catheter Sleeve Welding
• Category: Interventional Catheter Tooling & Assembly
• Clinical Application: PTCA & PTA Balloon Catheter Distal/Proximal Sleeve Laser & Thermal Bonding
• Client Challenge:
During the laser welding of ultra-thin Pebax®/Nylon balloon sleeves to the inner shaft, the client experienced severe molten polymer sticking to conventional bare SS304 and PTFE-coated mandrels. Pulling out the stuck mandrels frequently caused inner lumen stretching, micro-scratches, pinhole leaks, and PTFE coating flaking, leading to a 9.2% welding scrap rate.
• Clinical Application: PTCA & PTA Balloon Catheter Distal/Proximal Sleeve Laser & Thermal Bonding
• Client Challenge:
During the laser welding of ultra-thin Pebax®/Nylon balloon sleeves to the inner shaft, the client experienced severe molten polymer sticking to conventional bare SS304 and PTFE-coated mandrels. Pulling out the stuck mandrels frequently caused inner lumen stretching, micro-scratches, pinhole leaks, and PTFE coating flaking, leading to a 9.2% welding scrap rate.
Retail丨India丨Lowe's Companies Inc
Integrated SS304V Hypotube & Tapered Core Wire Assembly for CTO Crossing
• Category: Peripheral & Coronary CTO Interventions
• Clinical Application: Chronic Total Occlusion (CTO) Lesion Crossing Catheters
• Client Challenge:
Crossing hard, calcified occlusions requires exceptional column strength proximally and micro-steerability distally without joint failure between different metallic sections.
• Clinical Application: Chronic Total Occlusion (CTO) Lesion Crossing Catheters
• Client Challenge:
Crossing hard, calcified occlusions requires exceptional column strength proximally and micro-steerability distally without joint failure between different metallic sections.
Become Our Partner
With a steadfast commitment to strict compliance and material excellence, we supply critical raw stocks and high-yield semi-finished components designed to seamlessly integrate into advanced cardiovascular, neurovascular, peripheral vascular, and endoscopic delivery systems.