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Automatical KR-GYJ Medical Patch Making Machine for Pain Relief Plaster

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Automatic Medical Patch Production: Designed to manufacture pain relief plasters and medical patches through fully automated processes, ensuring precision in material handling, cutting, and assembly.
  • High-Volume Material Processing: Equipped with multiple spools and mechanical arms for efficient, continuous production of plasters, reducing manual intervention and enhancing output.

Key features

  • 1. Corrosion-Resistant Stainless Steel Construction

  • With a corrosion-resistant stainless steel body, ensure long-term durability in high-humidity or chemically exposed medical environments. This material outperforms plastic-based machines in hygiene-critical settings*.

  • 2. User-Friendly Digital Control Panel

  • With an intuitive digital interface and programmable presets, operate the machine with precision for consistent pain relief plaster production, reducing manual errors compared to traditional manual systems*.

  • 3. High-Speed Automatic Processing

  • With electric-driven automation, achieve production speeds up to 30% faster than semi-automatic models, enabling efficient output for both small-scale clinics and large medical suppliers*.

  • 4. Modular Design for Versatile Applications

  • Designed with adjustable spools and mechanical arms, adapt to different patch materials and sizes, making it ideal for both medical facilities and commercial-scale production needs.

  • 5. Medical-Grade Hygiene Compliance

  • Built to meet ISO 13485 certification standards (pending confirmation), ensuring safe and sterile production of medical patches for patient use.

Product details

Automatical KR-GYJ Medical Patch Making Machine for Pain Relief Plaster

The KR-GYJ Medical Patch Making Machine is an automated solution for producing pain relief plasters, designed with stainless steel construction for durability and hygiene. Equipped with electric-driven automation and modular components, it supports high-volume production while ensuring precision and ease of maintenance.

Technical specifications

FeatureSpecificationBenefit
MaterialStainless steel chassis with anti-corrosion coatingEnsures hygiene and longevity in medical environments
Automation LevelFully automatic (CNC-controlled processes)Reduces labor costs and minimizes errors
Processing Capacity500-800 plasters/hour (adjustable)Meets high-volume production demands
Control SystemDigital touchscreen interfaceUser-friendly programming and real-time monitoring
MobilityWheeled base with locking castersEasy relocation within facilities

Customization guide

Adjustable spool positions and feed rates to accommodate different plaster sizes or material thicknesses. The control panel can be customized with industry-specific software integrations (e.g., FDA compliance tracking).

Get inspired

With its stainless steel construction and automated precision, the KR-GYJ excels in medical packaging. Its modular design allows seamless adaptation to produce plasters for diverse applications—from over-the-counter pain relief to sterile surgical patches.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Processing Speed500 plasters/hour+20% (600/hour)+40% (720/hour)*
Precision Tolerance±0.5mm±0.3mm±0.1mm (medical grade)
Material CompatibilityStandard films+Heat-resistant materials+Multi-layer composites
CertificationsISO 9001ISO 13485FDA/CE Certified

Supplier's note

  1. Technical Breakthroughs:

    • Stainless Steel Hygiene Design: Reduces contamination risks in medical settings.
    • Adaptive Feed System: Adjusts to 12+ material types without retooling.
    • Real-Time Error Detection: Stops production if plasters deviate from specs.
  2. Version Selection Guide:

    • Base Model: Ideal for small-to-medium pharmacies or clinics needing cost-effective automation.
    • Advanced Model: Best for mid-sized manufacturers requiring heat-resistant plaster production (e.g., heat patches).
    • Pro Model: Mandatory for ISO-certified facilities producing sterile surgical patches. With its ±0.1mm precision, it ensures plasters adhere flawlessly to uneven skin surfaces.

*Performance gains vs. traditional semi-automatic models.

Frequently asked questions

  • Which automatic medical patch machine suits small clinics or healthcare facilities?

  • How do I maintain the stainless steel components of the KR-GYJ machine?

  • What materials can the KR-GYJ machine process for pain relief plasters?

  • Is the KR-GYJ Medical Patch Machine FDA-approved for medical use?

  • Can I customize the KR-GYJ machine for specific pain relief plaster designs?

  • What advantages does the electric-driven KR-GYJ machine offer over manual systems?

  • How much space does the KR-GYJ machine require in a medical manufacturing setup?

  • What certifications ensure the KR-GYJ machine’s reliability for medical applications?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Material ConstructionMedical/pharmaceutical environmentsStainless Steel 316L (ASTM A276)Superior corrosion resistance ▲▲ (vs Base 304) and ▲▲▲ (vs Industry carbon steel). Easier cleaning (ISO 14644 compliant).Higher material cost ▲ (vs Base). Requires specialized maintenance.
Noise LevelHospital/clinical settings35 dB (quieter than a whisper)Reduced noise pollution ▲ (vs Base 40 dB) and ▲▲ (vs Industry 45 dB).Requires premium soundproofing materials ▲ (vs Base).
Automation LevelHigh-volume pharmaceutical productionFully automatic with AI (ISO 9283 Class 5)Higher precision ▲ (vs Base Class 4) and ▲▲ (vs Industry semi-automatic).Steeper learning curve ▲ (vs Base). Needs advanced operator training.
ThroughputMass production of medical patches200 units/hour (ISO 14119)Faster production ▲ (vs Base 150 units/hour) and ▲▲ (vs Industry 100 units/hour).Higher energy consumption ▲ (vs Base). Requires larger power infrastructure.
Durability24/7 industrial use10-year lifespan (ISO 14223)Longer lifespan ▲ (vs Base 7 years) and ▲▲ (vs Industry 5 years).Heavier maintenance requirements ▲ (vs Base).
PackagingExport or rugged transportShock-resistant wood case (ISO 2231)Better protection ▲ (vs Base standard wood case) and ▲▲ (vs Industry carton).Heavier and bulkier ▲ (vs Base). Higher shipping costs.

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The comparison data is based on manufacturer information and industry standards. Actual results may vary depending on individual use cases. It is advisable to verify details with the supplier for the most accurate information.