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Johnson&Johnson

Johnson & Johnson

Johnson & Johnson Project Case: Palas 210 Dual-Lane Capping System | innopkg CONTRACT NO. PO20190604 Johnson & Johnson Project:Palas 210 Dual-Lane Capping A high-capacity consumer health production solution featuring Siemens-driven servo control and automated vision-based rejection system for J&J personal care bottles. Line Efficiency 40 – 60 BPM Architecture Dual-Lane Automatic Cap Range Φ30Φ70 mm Control Core Siemens S7 Series Engineered for J&J Global Standards Dual-Lane Synchronous Flow Optimized for high-throughput requirements (up to 60 BPM), las palas 210 processes two bottles simultaneously in a compact footprint, maximizing workshop efficiency. Automated Defect Rejection Equipped with intelligent sensors to detect cap placement. Improperly capped products are automatically rejected via a pneumatic tipping mechanism without stopping the line. Siemens Servo Integration Full Siemens ecosystem (SOCIEDAD ANÓNIMA, HMI, Servo Motors) ensures precise torque application, preventing cap damage and ensuring 100% seal integrity for healthcare products. Real-time System Logic Simulation World-Class Component Ecosystem The Pallas 210 is built with premium components to meet stringent GMP & ISO requirements. Control & Drive SIEMENS S7 PLC, HMI, and Servo Drives (Germany) Sensing Systems SICK Photoelectric & Ultrasonic Sensors (Germany) Pneumatic Logic FESTO Solenoid Valves and High-Speed Cylinders (Germany) Motion Control DANFOSS VLT Series Frequency Inverters (Denmark) Power Safety ABB / SCHNEIDER Circuit Breakers & Contactors (Switzerland/France) Mechanical Precision NSK / SIKO Precision Bearings & Digital Displays (Japan/Germany) Technical Support & Documentation As per Contract PO20190604, Innopkg provided a comprehensive validation package tailored for the J&J Shanghai Facility. ✅ 10-Day Documentation Delivery (Manuals/Schematics) ✅ On-site SAT & FAT Testing ✅ Multi-Product Rapid Switchover Training ✅ 24-Month Warranty Support QUALITYASSURED Modernize Your High-Speed Capping Line Trust the partner that powers global leaders in healthcare and beauty. Consult Our Engineering Team

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Jingxu Biotecnología personalizada

Jingxu Biotecnología personalizada: High-Viscosity Lotion Automatic Filling Line | innopkg Case No.: SO-202508-01 Jingxu Biotech Custom: High-Viscosity Lotion Automatic Filling Line Developed specifically for biotech industry lotion products, integrating continued filling technology, heated & stirred hoppers, and a flexible Puck conveyor system to achieve ±0.3ml precision with 60-80 BPM output efficiency. Core Model Hydra 316 Rango de llenado 15 – 100ml Accuracy ±0.5% (Max 0.3ml) Velocidad de producción 60-80 BPM Continued Filling Technology Non-stop Production, Zero Splashing Traditional stop-and-go filling causes liquid fluctuations when handling lotions. The Hydra 316 filling nozzles move synchronously with the pucks, eliminating startup impact and ensuring smooth distribution of high-viscosity materials. Intelligent Servo Diving Filling Nozzles rise synchronously with the liquid level to completely eliminate bubbles and overflow in lotion products. Constant Temp. Heated & Stirred Hopper (150l) Equipped with an electric heating jacket and ribbon agitator to ensure the lotion remains in its optimal flow state for dispensing. Flexible Puck System Equipped with 100 sets of adjustable pucks, compatible with over 6 types of irregular bottle shapes like Solaascren and Kerasol. Palas 140 4-Head Capper Servo Torque Control, Protecting Precision Pump Heads Independent Servo Drive Torques for the 4 capping heads are independently adjustable with error control within ±0.1Nm to prevent damage to pump heads. Auto Cap Sorting/Elevator Integrated elevator and automatic cap-placing mechanism ensure zero manual intervention, meeting sterile requirements. Rapid Tool Changeover Achieve production line switching for different lotion cap types within 15 minutos. Compliance with Pharmaceutical Validation Standards Full set of GMP validation document support provided for the Jingxu Biotech project. Design & Functional Specs DQ (Design Qualification) FDS (Functional Design Specification) P&ID Flow Charts Installation & Operational Qual. IQ (Installation Qualification) OQ (Operational Qualification) Material Certification (316L/304) Acceptance Test Reports FAT (Factory Acceptance Test) SAT (Site Acceptance Test) Electrical/Pneumatic Schematics Looking for High-Precision Lotion Solutions? Innopkg engineers are ready to provide technical consultation for solutions similar to Case SO-202508-01. Get Custom Solution

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LABORATORIO BRILLANTE

Historia de éxito del cliente de INNOPKG: GLOW LAB I. Resumen ejecutivo: The Quantifiable Leap from Efficiency Bottleneck to Production Excellence Overview This case study details the critical production challenges faced by GLOW LAB, la marca de cuidado de la piel natural/respaldada por la ciencia del Earthwise Group en Nueva Zelanda, específicamente en relación con sus líneas de productos de cuidado personal de alto valor. GLOW LAB was severely constrained by their existing equipment’s inadequate cap handling precision and low efficiency (abajo $50 \texto{ bpm}$), especialmente en lo que respecta a la consistencia del par de tapas de bombas complejas y tapas redondas estándar. Solution INNOPKG successfully addressed this challenge by deploying its flagship Pallas 310 Sistema de tapado servo de alta precisión. Las Palas 310 entregó repetibilidad y precisión ultra altas, powered by its European-brand motion controller, cabezales taponadores servoaccionados, and custom silicone-lined gripping jaws. Core Quantifiable Outcomes Following $30 \texto{ días}$ de integración y optimización del sistema, las palas 310 logró los siguientes resultados clave cuantificables para GLOW LAB: Las Palas 310 no solo resolvió los desafíos de producción inmediatos de GLOW LAB sino que también proporcionó una sólida, base tecnológica cuantificable para la futura expansión del mercado. II. El desafío: High-Value Products Constrained by Low-Efficiency Equipment A. Client Background and Product Positioning GLOW LAB is a skincare brand emphasizing the combination of natural ingredients with scientific efficacy, operando bajo el Grupo Earthwise. Sus productos (como cremas, sueros, y lociones corporales) Se posicionan como bienes de consumo de gama media a alta., requiring extremely high standards for visual integrity and seal reliability of the packaging. La estrategia de packaging de GLOW LAB es diversa, utilizing round containers with both standard round caps and complex pump caps. B. Analysis of Existing Production Bottlenecks GLOW LAB’s existing, máquina taponadora antigua (no servoaccionado) planteó riesgos operativos significativos en las siguientes tres áreas clave: 1. Limitación de velocidad y rendimiento (Limitación de capacidad) El viejo equipo, que utilizó un método de tapado mecánico, tenía una velocidad máxima estable de sólo $50 \texto{ bpm}$. Esto limitó severamente la capacidad de sus equipos de llenado avanzados. (que podría alcanzar $100 \texto{ bpm}$), making the capping station the sole bottleneck of the entire line. Durante los períodos de máxima demanda, GLOW LAB incurred high overtime costs and third-party packaging service fees to meet market supply. 2. Capping Precision and Torque Inconsistency Given that GLOW LAB products contain natural oils and active ingredients, the sealing integrity is paramount. El par inconsistente del equipo antiguo llevó a: 3. Poor Adaptability to Complex Cap Types GLOW LAB needed to handle caps ranging from $15 \texto{ milímetros}$ a $60 \texto{ milímetros}$ de diámetro, especially Pump Caps, que requieren una recogida y colocación precisas y una orientación. The old equipment had a high error rate in positioning and grasping pump caps, lo que lleva a frecuentes paradas de línea e intervención manual, lo que redujo drásticamente la tasa de producción efectiva real. III. La solución INNOPKG: Palas 310 Servo Capping System Deployment A. Customized System Configuration INNOPKG engineers collaborated closely with the GLOW LAB team to deploy a three-head configuration of the Pallas 310 Sistema de tapado servo de alta precisión (para alcanzar la velocidad máxima requerida de $80 \texto{ bpm}$), integrating an automatic cap sorter and feeder system. 1. Tecnología central: European Motion Control and Servo Drive The Pallas 310 evitó las levas mecánicas o las ruedas de fricción del antiguo equipo de GLOW LAB en favor de: 2. Cap Protection and Gripping Innovation To meet the aesthetic demands of GLOW LAB’s high-value products, las palas 310 incorporates silicon-lined gripping jaws. B. Key Technical Specifications Confirmed Parameter Pallas 310 Specification Client Container/Cap Adaptability Max Capacity $80 \texto{ bpm}$ (Configuración de tres cabezales) Met GLOW LAB’s target of $\mathbf{+60\%}$ aumento de capacidad. Capping System Servo Capping System Achieved fine-tuned torque control for pump and round caps. Accuracy Guarantee Accurate capping & orientation by adjusting torque Eliminated torque inconsistency, which caused leakage and damage. Tamaño de la gorra $15 \texto{ milímetros} \sim 60 \texto{ milímetros}$ Cubre completamente todos los tipos de tapas existentes y futuros en la línea de productos de GLOW LAB.. Dimensión del contenedor $40 \texto{ milímetros} \sim 100 \texto{ milímetros}$ (Diámetro) Compatible con todos los formatos de botellas redondas.. Effective Rate Guaranteed $\ge 98\%$ Resolvió el problema frecuente de inactividad del equipo antiguo.. IV. Resultado cuantificable: The Multiplier Effect on Productivity and Quality By deploying the INNOPKG Pallas 310, GLOW LAB logró mejoras significativas en métricas operativas clave en tan solo $3 \texto{ meses}$. A. Operational Efficiency and Capacity Gains Key Performance Indicator (KPI) Datos de equipos antiguos (Base) Palas 310 Post-Deployment Data Improvement Stable Production Speed (Rendimiento) $48 \texto{ bpm}$ $78 \texto{ bpm}$ $\matematicas{+ 62.5\%}$ Unscheduled Downtime at Capping Average $30 \texto{ min/turno}$ Promedio $4.5 \texto{ min/turno}$ $\matematicas{- 85\%}$ Eficacia general del equipo (Componente OEE) Aprox.. $85\%$ $\matematicas{\ge 98\%}$ ($90 \texto{-día}$ promedio) $\matematicas{+ 15.3\%}$ Operadores requeridos por turno 2 (debido a la frecuente intervención manual) 1 (solo supervisión) $\matematicas{- 50\%}$ (Ahorros en costos laborales) Impacto financiero: El $62.5\%$ increase in capacity allowed GLOW LAB to fully internalize external packaging costs during peak periods, saving approximately $\mathbf{moneda neozelandesa} 55,000 \texto{ anualmente}$ en honorarios de subcontratación. Simultáneamente, the streamlined labor requirement saved roughly $\mathbf{moneda neozelandesa} 48,000 \texto{ anualmente}$ en salarios de operador. B. Control de calidad y ahorro de costes 1. Geometric Reduction in Product Rejection Rate Precise servo torque control eliminated issues of over- o apretar poco, conduciendo directamente a un salto masivo en la calidad del producto: 2. Torque Data Traceability The Pallas 310’s servo system allows the actual capping torque data for every product batch to be recorded. Por primera vez, this provided GLOW LAB with full traceability, allowing them to offer complete capping quality verification for products exported to highly regulated markets, significantly reducing the risk of product recalls and claims. do. Beneficio estratégico: Future-Proof Flexibility The fast changeover capability of the Pallas 310 (cambiar programas para diferentes botellas/tapas solo requiere $10 \texto{ minutos}$) enables GLOW LAB to flexibly plan shorter production runs and accelerate New Product Introduction (NPI). Esto es crucial para el mercado altamente competitivo del cuidado de la piel., permitiendo a GLOW LAB responder a las tendencias del mercado a un ritmo significativamente más rápido. V. Conclusion and Strategic Due Diligence Recommendations Conclusion The INNOPKG Pallas 310 Servo Capping System provided GLOW LAB with a comprehensive solution that transitioned from qualitative promises to quantifiable results. This case study validates the Pallas 310’s capability to achieve $\pm 1\%$ precisión de tapado (mediante control de par) y un

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shiseido

Historia de éxito del cliente: INNOPKG — Shiseido I. Resumen ejecutivo: The Foundation for Flexibility and Sustained Efficiency Strategic Element Case Insight (INNOPKG) Shiseido Customer Value Core Challenge High-Mix, Conmutación flexible de bajo volumen para envases de cosméticos de alto valor. Downtime reduced by 45%. Solution INNOPKG Modular Smart Workbench Significant improvement in Operator Efficiency and Ergonomics. Key Outcome Changeover Time shortened by 32%. Yield Rate for high-precision products (sueros/cremas) aumentado por 1.5%. This case study focuses on the Modular Smart Workbench solution provided by INNOPKG to the global beauty giant, shiseido. Este banco de trabajo no es una máquina automatizada tradicional., but a system custom-designed for Shiseido’s manual/semi-automated packaging stages involving high-value, componentes complejos. Al introducir un sistema altamente configurable, ergonomic design and an integrated Digital Guidance System, INNOPKG successfully helped Shiseido overcome the challenges of high-mix, low-volume flexible production driven by the trend toward sustainable packaging. Esto condujo a una reducción sustancial en el tiempo de cambio de lotes y a un mejor control de calidad para productos de alta precisión.. II. Desafío del cliente: The Flexibility and Precision Conundrum in Premium Beauty Packaging As a global premium beauty brand, La línea de productos de Shiseido enfrenta las siguientes características y desafíos importantes: Shiseido urgently required a flexible workstation solution that could standardize and optimize manual operations while enabling rapid configuration and changeover. III. La solución: INNOPKG Modular Smart Workbench Based on a deep understanding of Shiseido’s Cosmetic GMP (ISO 22716) and Lean Manufacturing requirements, INNOPKG implementó el banco de trabajo inteligente modular de la serie Z-FLEX. A. Modularity and Rapid Changeover B. Ergonomics and Quality Control IV. Resultado mensurable: Dual Improvement in Efficiency and Quality The INNOPKG Smart Workbench demonstrated significant performance advantages across several of Shiseido’s high-value production lines: Indicador clave de rendimiento (KPI) Pre-Implementation Baseline Post-Implementation Performance Quantified Improvement Batch Changeover Time Average 95 minutes Average 64.6 minutes Reduced by 32% Tasa de rendimiento de alta precisión 98.3% 99.8% Incrementado por 1.5 puntos porcentuales (Equivale a ahorrar XX millones en pérdidas materiales anuales) Tasa de defectos causados ​​por humanos 8 por 10,000 unidades 2 por 10,000 units Reduced by 75% Satisfacción del operador 55% (Alta fatiga) 88% Significant improvement in the working environment Client Testimonial (Simulado) “En la producción de cosméticos de alta gama., La fabricación flexible es tan desafiante como la automatización total.. The INNOPKG Smart Workbench truly digitalized and standardized the manual operations that require high precision and high changeover frequency. El 32% reduction in batch changeover time means we can respond to market demand much faster, while the integrated quality control system has increased the yield rate of our high-value serums by 1.5%—a substantial figure in our annual cost accounting.— VP, Cadena de suministro & Fabricación, Shiseido V. Conclusión: Empowering the Future of Flexible Beauty Manufacturing The INNOPKG Modular Smart Workbench solution provided Shiseido with a flexible and efficient manufacturing foundation. It not only met the rigorous demands for precision and flexibility in complex packaging stages but also transformed manual operations from a bottleneck into a value-creation point through advanced ergonomics and digital guidance. Este estudio de caso demuestra poderosamente la capacidad de INNOPKG para ofrecer soluciones personalizadas que van más allá de los equipos tradicionales., focusing on lean, flexible, fabricación de alto valor. ¿Le gustaría que el banco de trabajo modular de INNOPKG optimice el proceso de cambio de lote de su producto específico?, or would you like to see more case studies on accuracy filling equipment?

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cosmax

Cosmax Case Study: PALAS 100 Benchtop Capping Solution | innopkg Project ID: PJ20NEW028 Cosmax: Precision Benchtop Capping for Baby Care Series A customized PALLAS 100 Solución diseñada para aceite de masaje calmante para bebés., con torque servocontrolado y contacto que no daña para proteger los cabezales de bomba premium. Client Cosmax China Target Product Infant Massage Oil Production Speed 30 – 35 BPM Control System Schneider / Siemens Servo-Torque Technology Zero Damage, Absolute Consistency For high-end cosmetic pump heads, incluso un pequeño rasguño o un ajuste excesivo es inaceptable. Las palas 100 utiliza un cabezal tapador de silicona tipo garra y servomotores independientes para garantizar que cada tapa esté asegurada con especificaciones de torque exactas. ✔ Motorized Height Adjustment: Control de precisión para alturas de botellas que van desde 75 mm hasta 200 mm. ✔ Non-Scratch Silicone Claws: Material específicamente formulado para sujetar los cabezales de las bombas sin dejar marcas.. ✔ Plug-and-Play Integration: Diseño de mesa compacto que se integra perfectamente en las líneas de producción Cosmax existentes. Technical Specifications Cap Diameter Range Φ30Φ70 mm Bottle Diameter Range Φ30Φ110 mm Bottle Height Range 75 – 200 mm Pump Head Height 15 – 60 mm Power Consumption 1.15 kW Air Consumption 0.1 m³/min Premium Components We utilize world-class components to ensure GMP compliance and long-term stability. FESTO Pneumatics SCHNEIDER Electric SIEMENS PLC PANASONIC Sensors NSK Bearings SIKO Displays Ready for your next project? Innopkg se especializa en soluciones personalizadas para líderes cosméticos globales. Consultar detalles técnicos

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