SENJIE Healthy & Technology SENJIE Healthy & Technology

Tweezers Manufacturer & Exporters Serving the Barcelona Market

Precision-Engineered Surgical Microsurgical Instruments & Custom Forceps for Catalonia's Biomedical Research Centers and Advanced Clinical Networks.

Barcelona Special-Duty Microsurgical Instruments

Exclusively designed and batch-tested for high-precision ophthalmic, neurological, and micro-vascular clinical procedures in Barcelona's leading research hospitals.

Barcelona's Biomedical Ecosystem and Precision Instrument Demand

Barcelona and the wider Catalonia region host one of Europe's most dynamic healthcare and biotechnology clusters, known globally as the Catalonia BioRegion. Backed by world-class institutions such as the Barcelona Biomedical Research Park (PRBB), IDIBAPS, and clinical pioneers like Hospital Clínic de Barcelona and Hospital de la Santa Creu i Sant Pau, the local medical and scientific community imposes strict, zero-compromise guidelines on micro-forceps, anatomical tweezers, and orthopedic instruments.

As a leading surgical tweezers manufacturer and global exporter, we supply surgical-grade tweezers, micro-dissectors, and customized vascular instrumentation designed for complex environments. Our manufacturing protocols align directly with the high requirements of Catalonia’s biotechnology centers, ensuring tactile precision, durability, and reliable anti-glare performance under high-intensity OR light setups.

  • Optimized for Catalan surgical centers and veterinary trauma institutes.
  • Fully compliant with the European Union Medical Device Regulation (EU MDR 2017/745).
  • Advanced metallurgical composition designed for intensive autoclave sterilization cycles.
  • Custom micro-geometry (tips starting at 0.05 mm) to fit micro-surgical and laboratory requirements.
Advanced Microscope Inspection of Tweezers

Technical Excellence & Material Roadmap

Pioneering cleanroom-grade metallurgical standards for precision instruments. Every micro-tweezers and bayonet forcep is built for ultimate resilience.

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Biocompatible Titanium Grade 5

We source premium Ti-6Al-4V alloy to yield forceps that are 45% lighter than stainless steel, completely non-magnetic, and highly resistant to aggressive chemical sterilization processes common in medical research.

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Micro-Tip Alignment Geometry

Using 5-axis computer numerical control (CNC) grinding machines, we control micro-tweezers tip tolerance within ±0.01mm. This prevents side-slippage when grasping microscopic nerve bundles and blood vessels.

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Vickers Hardness (HV500+)

Specialized heat-treatment and vacuum tempering produce stainless steel and titanium tips that retain their micro-teeth and sharp cutting edges even after hundreds of bone cutting or tissue grasping cycles.

Material Class Typical Applications Magnetic Susceptibility Corrosion Resistance Autoclave Cycles (134°C)
AISI 316L Surgical Steel General dissections, basic veterinary tools, skin suturing Slightly Magnetic (Annealed) Excellent (Cr-Ni-Mo Alloy) > 1,500 Cycles
AISI 420 Martensitic Steel Micro-scissors, bone cutting saws, bone retractors Magnetic (Hardenable) High (Tempered State) > 1,000 Cycles
Grade 5 Titanium (Ti-6Al-4V) Microsurgical tweezers, cerebral clips, nerve hooks Non-magnetic (MRI Compatible) Outstanding (Bio-inert) > 5,000 Cycles
6+
Years Exporting to Europe
2019
Established Foundations
3
QA/QC Dedicated Inspectors
100%
MDR Compliant Traceability

China Factory Resilience & Global Logistics Hub

Our state-of-the-art facility combines China's manufacturing speed, raw material processing capabilities, and cost efficiency with strict compliance frameworks. Backed by 6 years of international medical trade and export history, we maintain consistent raw material stocks (both high-grade German stainless steel and aerospace-grade Titanium) to shield our Barcelona clients from geopolitical supply-chain disruptions.

From custom CNC machining to fine manual polishing by seasoned craftsmen, our QA/QC inspectors conduct random and 100% item inspections based on individual client contract terms. We support sample-based customization, CAD/CAM blueprint engineering, and private label OEM branding for international distributors.

Factory Facilities & Precision QC Processes

We operate dedicated tooling, ultrasonic cleaning, and optical comparator validation units. See our production workflows and warehouse management setups below:

Catalonia Orthopedic & Veterinary Trauma Instruments

Industrial-strength bone repair equipment designed to withstand high torque, deep impact, and high-frequency usage in Barcelona's veterinary clinics and human trauma emergency centers.

Industrial Facility & Precision Manufacturing Capabilities

From metallurgical screening to automated chemical finishing, view our manufacturing pipeline designed to support continuous European surgical supplies.

Global Surgical Instrumentation Suite

Featuring our complete catalogue of premium surgical tumor forceps, micro-scissors, aneurysm clamps, and trauma surgical components ready for custom shipping configurations.

Corporate Verification & Traceability Profile

Providing absolute transparency. Our compliance standards are built to meet the rigorous expectations of European medical distribution partners.

Quality Assurance Protocols

We follow a strict multi-tier quality inspection protocol. From material chemical analysis to final mechanical fatigue tests, our production guarantees clinical-grade safety.

  • Material Traceability: Full traceability verified through raw material certificate reports.
  • Inspection Team: 3 senior QC/QA inspectors managing dimensional precision.
  • Pass Rate: 99.8% customer acceptance rate across 6 years of international exports.
  • Customization Options: Logo laser marking, custom tip profiles, blueprint processing.

Manufacturer Specifications

Company Registration 2019-11-20
Years Exporting / Industry 6 Years / 6 Years
Product Traceability Yes (From heat lot to finished item)
Inspection Method Random / 100% inspection based on SLA guidelines
Main Markets North America (25%), South America (25%), Southeast Asia (15%), Europe & Spain
Accepted Languages English

Frequently Asked Questions

Expert answers regarding surgical tweezers specifications, manufacturing processes, CE regulations, and Barcelona customs/logistics.

Do your surgical tweezers and micro-forceps comply with European Union Medical Device Regulations (EU MDR)?
Yes. All microsurgical instruments, bone hooks, and anatomical tweezers exported to Spain and the wider EU market conform to the necessary harmonized standards. We provide technical files, material safety data sheets (MSDS), and declaration of conformity documentation to assist your regulatory team during import clearance.
What is the minimum tip size you can produce for microsurgical tweezers?
Through high-precision CNC grinding and manual finishing under microscope control, we can manufacture micro-tweezers tips as fine as 0.05 mm to 0.1 mm. These ultra-fine tips are ideal for neurosurgical micro-sutures, ophthalmic dissection, and lab micro-manipulation.
How does titanium compare to stainless steel for microsurgical tweezers?
Our Grade 5 Titanium (Ti-6Al-4V) tweezers are 45% lighter, entirely non-magnetic (important for MRI and neuro-navigation systems), and exhibit higher corrosion resistance against saline solutions. Our surgical stainless steel (AISI 316L/420) is preferred for applications demanding high hardness, cutting edge retention, and cost-effective bulk configurations.
What is the typical lead time for custom OEM batches shipped to Barcelona?
For standard catalogue items, production and shipping preparation take 15–20 days. For custom OEM designs requiring unique tip shapes or specific material grades, the process takes 30–45 days. We provide direct air freight and maritime shipping options to El Prat Airport or the Port of Barcelona.
How is product sterilization resistance validated?
Our medical instruments undergo autoclave fatigue testing. We validate that our surgical tweezers can withstand standard hospital autoclaving parameters (134°C for 18 minutes in pre-vacuum cycles) without suffering structural degradation, pitting, or surface discoloration.