Spinning & Auto Winding
Process design, operating-window development and controlled winding for absorbable polymer filament manufacturing.
POLYMER CHIPS → FILAMENTABSORBABLE SUTURE MANUFACTURING TECHNOLOGY
From polymer.
To filament.
To mass production.
Manufacturing engineering and technology transfer for companies building or expanding absorbable surgical suture capability.
MANUFACTURING CAPABILITY — NOT JUST EQUIPMENT
We integrate process know-how, equipment and people to establish absorbable suture manufacturing at production scale.
PGA / PGLAAbsorbable platformsUPSTREAMSpinning & auto windingGREENFIELDFactory to productionTRANSFERTraining & stabilization
CORE CAPABILITY
Upstream know-how.
End-to-end execution.
Practical manufacturing engineering from polymer chips through downstream suture processing, packaging and production stabilization.
Braiding & Heat Treatment
Braiding process engineering and heat-treatment control for stable suture structure and repeatable manufacturing.
FILAMENT → BRAIDED SUTURECoating, Inspection & Packaging
Process integration covering coating, inspection and controlled packaging for consistent production quality.
SUTURE PROCESSINGScale-up & Troubleshooting
Root-cause analysis, full-size trials and production stabilization focused on robust operating conditions.
TRIAL → MASS PRODUCTIONWHAT WE DO
Build the factory.
Transfer the capability.
Modular technical support for greenfield projects, localization programs and existing manufacturing operations.
Greenfield Factory Setup
Manufacturing concept, process layout, technical specifications, equipment selection, vendor coordination and production-readiness planning.
Equipment & Commissioning
Technical requirement definition, vendor review, FAT/SAT support, installation, commissioning and process integration.
PGA / PGLA Technology Transfer
Transfer of practical process conditions, operating logic, troubleshooting methodology and hands-on workforce training.
Scale-up & Manufacturing Stabilization
Full-size trial support, root-cause investigation, parameter optimization and transition toward stable mass production.
MANUFACTURING FLOW
From polymer chips to stable suture production.
01Polymer ChipsPGA / PGLA starting material
02SpinningFilament formation & process control
03Auto WindingControlled filament winding
04BraidingSuture structure formation
05Heat TreatmentProcess stabilization & property control
06CoatingControlled coating process
07InspectionProcess & quality inspection
08PackagingControlled packaging process
09Mass ProductionScale-up & repeatability
PROJECT APPROACH
One technical line of responsibility.
01ConceptFeasibility & scope
02EngineeringProcess & layout
03EquipmentSpecification & vendors
04CommissioningInstallation & trials
05TransferTraining & know-how
06ProductionScale-up & stabilization
TECHNICAL LEADERSHIP
Built around hands-on manufacturing experience.
HK
HOA KYU KIM
Founder & Technical Director
Absorbable surgical suture manufacturing specialist with approximately 18 years of hands-on experience across Korea and China, covering PGA/PGLA process engineering, spinning, auto winding, braiding, heat treatment, coating, inspection, packaging, scale-up, troubleshooting and manufacturing stabilization.
His experience includes approximately 16 years with Samyang Corporation in Korea, followed by greenfield manufacturing execution in China from an empty-building stage through factory layout, equipment installation and commissioning, full manufacturing process establishment, PGA full-size production, PGLA full-size trials, local workforce training and technology transfer.
~18 YEARSHands-on suture manufacturing~16 YEARSSamyang Corporation, KoreaPGA / PGLAUpstream & downstream expertiseGREENFIELDFactory setup & commissioningTECH TRANSFERProcess know-how & training
START A PROJECT
Building absorbable suture
manufacturing capability?
Talk with SUTURETEK about greenfield factory setup, upstream manufacturing, scale-up or technology transfer.
racer4866@gmail.com →+82 10-5454-0004 • Greenfield • Localization • PGA/PGLA • Technology Transfer