Plastic Flower Bag Making Machine SDH-1000SC-RW
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Product features
- - Fully automatic stacking conveyor, don't need workers to pick bags up from conveyor unit.
- - Stack held together with automatic hot needles.
- - High accuracy outfeed length controlled by AC servo motor drive.
- - High accuracy printing controlled by precision photocell.
- - 2 material rolls at unwinder work simultaneously.
- - Quick to change bag shape and size.
- - Available for plastic conical bag and cone shape bag manufacturing.
- - Clean, elegant and secure bag sealing.
- - High efficiency, high speed, long term operations.
- - Easy to operate or stop, several machines can be operated by one person at the same time.
- - More flexible design combined with punching system.
- - It can also be used in the production line of plastic candy bag, grape bag and sandwich packaging bag.
- - All new model of triangle flower shape film manufacturing machinery with fast production and stable quality.
Menu of optional equipment- - Round hole punch.
- - Multi hole punch.
- - Edge positioning controller (EPC).
- - Up & down register device.
- - Wineglass shaped heat sealing Mold.
- - Advacnced bottom seal device.
Global Plastic Flower Sleeve Bag Making Machine Manufacturer
S-DAI is one of the global polythene bag manufacturing and packaging machinery production line manufacturers and suppliers in Taiwan, providing paper & plastic sleeve bag manufacturing machinery line and related parts to the sleeves and bags manufacturing industry over the world at a fair price. Based on rich expecience on T shirt bag making machine bag, patch handle bag, garbage bag making machine flower sleeve field only & high-end side sealing bag making machines technology, we maily provide kinds of customized side seal bag applications such as flower bags film for bouquet wrapping, plastic umbrella bag, candy bag, grape packing sleeve pouch, sandwich sleeve, conical bag, cone bag, triangle sleeve and courier bag manufacturing machine with auto servo drive to Russia, Ukraine, Poland, Romania, Czech, Hungary, Bulgaria, Germany, Italy, Netherlands, France, Spain, Portugal, US, Canada, Mexico, Argentina, Peru, Kenya, Nigeria, Algeria, China, India, Pakistan, Sri lanka, Bangladesh, Saudi Arabia, United Arab Emirates and Vietnam at a reasonable price. S-DAI sincerely welcome you to visit our official YouTube Videos channel, and learn more about S-DAI's all types of customized manufacturing capabilities by watching the actual running machines in each video. You can watch the most popular this kind of machine video on our YouTube Channel, or click the video tag above to watch the embedded video on current page, we firmly believe that these videos can guide you to quickly understand what our highspeed machine products and finished sleeve bags look like. We also sincerely welcome you to add our YouTube channel to your follow list. Every customer who has cooperated with us for many years often watches every process from feed raw materials, heating seal, to finished product output through videos on our YouTube channel, and has a better understanding of our excellent mechanical manufacturing capabilities.
Quality Flower Shape Bag Manufacturing with Top Side Sealing & cutting
Relying on the over 45 years rich customized experience of the R&D team and the fine computer drawing ability，S-DAI Industrial have a large space flexibility in many specifications of high quality automatically plastic bag making machine production line manufacturing from wide to height, from to min to max, from horizontal to vertical, and no function is manual. Thanks to the advanced perforation devices, flexible designed cutting devices, rich experience on the manufacturing of automatic bag on roll side sealing machine, durable performance and quality, and function integration management, SDH-1000SC-RW can produce the best micro perforated triangle plastic sealing bag for a wider variety of uses, and offer you a more flexible range on customized transformation service. This custom-made plastic flower shape sleeve manufacturing machine line with wicket model and related auxiliary equipment products produced by S-DAI is mainly supplied to Eastern Europe, Central and South America, Africa, such as Russia, Ukraine, Belarus, Poland, Hungary, Romania, Bulgaria, Croatia and other countries in the Slavic region. Other emerging market countries such as Sri Lanka, Bangladesh, Thailand, Indonesia, Malaysia, Chile, Ecuador, Chile, Egypt, Algeria, South Africa and Turkey also continuously order and inquire about the information of this new bag manufacturing machine flower shaped model application. There is no shopping cart mechanism on this website. If you have any needs, please fill in the inquiry form directly on the contact page, or send us an email directly. Although we do not provide specialized flexo machinery to print bags, nor do we provide air blown extrusion machines or injection molding machines, we have reliable and excellent alliance manufacturers who can recommend them to you. We are confident that we can provide you with the best solutions related to plastic bag manufacturing.
Highly Customized Poly Sleeve Manufacturing Machinery Design Service
The same broadly applicable to flowers and packaging plants, but different from other flower sleeve film manufacturing related products, SDH-1000SC-RW is the latest plastic flower shape bag manufacturing machinery model with integration planning of precision punch, knife cutting, sealing functions developed by US. In addition to being equipped with the special and highest end servo drive control in each forming step and processing course, this machine bag plant is also more efficient in the power punching and cutting systems, and can be applied to a variety of plastic materials including LDPE, HDPE. In addition, we can also customize micro perforated breathable water proof plastic flower sleeves suitable for various molds. Easy operation, suitable for factories with less manpower. Applicable to the manufacture of biodegradable poly raw material bags. If you have requirements for flower bag models made of paper material, please refer to SDH-800SC-GP. If you have any need in special shape, weight on the categories of flower bag, welcome to inquire us. We sincerely provide your business with free quotes for customized converting machine manufacturing services on the contact us page of this web site. Remarks: This machine model does not provide customized manufacturing for the production of woven and recycling poly material sleeves. S-DAI provide you complete services from consultation, discussion of customized profile designs, to final delivery and carefully set up at your factory. Remarks: We have not yet provided a solution for OPP materials, and if there is anyone single or multiple products catalog of our company that appears on the PRM TAIWAN or Polaris related website, it is not legally authorized information. Our customized machinery offers adjustable production speeds, includes rewinding equipment, and requires no cooling equipment. Our plastic flower sleeve bag making machine meets every high-level specification, featuring double sealing bars and high-torque motors. This system ensures precise color registration, delivering perfectly printed, durable floral packaging at maximum production speeds.
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Model SDH-1000SC-RW Material BOPP, CPP Width of Bag dist : 350 ~ 750 mm Length of Bag dist : 450 ~ 750 mm Speed ① 120 Cycle x (2) Thickness ② BOPP 0.015 ~ 0.08 mm
CPP 0.02mm ~ 0.08mmUnwind Diametet 500 mm
① Depend on bag size and material type and thickness
② Depend on material type
*Specifications are subject to change without notice.
*For machines with servo system, the model number will contain “NC”.
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What is a Flower Sleeve Bag Making Machine?
A flower sleeve bag making machine is a highly specialized automated industrial converting hardware system designed to continuously process, unwind, cut, heat-seal, punch, and automatically stack high-volume conical, cone-shaped, triangular, V-shaped, V-shape, tapered, or trapezoidal packaging sleeves. Engineered by leading industrial manufacturer like S-DAI Industrial, these advanced machine models streamline full production lines—converting rolls of raw tubular films, flexible plastic materials (such as BOPP, CPP, PE, OPP, LDPE, HDPE, and biodegradable PLA or PBAT), non-woven fabrics, eco-friendly kraft paper, or hybrid paper-and-plastic configurations into protective, decorative, custom, irregular, and uniform packaging. Operating at high-speed production ranges from 30, 40 to 120, 120-180, up to 250 pieces or bags per minute depending on layer count, machine complexity, and bag shape, this equipment accommodates film thicknesses from 12 to 200 microns (0.012 - 0.2 mm). The machinery integrates precise servo-motor drives, advanced servo-driven controls, adjustable slant sealing blades, automated hot-needle stacking conveyors, inline hole punching, and hanging perforations in a single pass—maintaining reliable heat-sealing stability for custom sealing without causing edge flaws. These specialized systems produce neatly stacked packaging sleeves tailored for mass agricultural, floral retail, and commercial operations, effectively protecting and wrapping fresh-cut flower bouquets, living or potted plants, herbs, fresh produce like hydroponic lettuce, vegetables, grapes, candy, specialty items, and umbrellas. By delivering integrated punching for essential ventilation holes, this specialty machinery reliably transforms raw materials into market-ready, high-quality, lightweight, or heavy-duty packaging solutions. A plastic flower sleeve bag making machine is also a specialized converting technology engineered to cut, heat-seal, and punch tapered film substrates into protective conical packaging for fresh flora and produce. Operating at high-precision speeds up to 120 to 200 pieces per minute, the system integrates adjustable slant sealing bars with a servo-driven rotary cutter to maintain strict geometric tolerances during continuous processing. To preserve plant respiration and streamline retail handling, modern units feature inline micro-perforation vent hole punching and automated hot-needle stacking systems, delivering perfectly aligned, market-ready packaging sleeves that protect delicate blossoms throughout cold-chain distribution.
What are the Key Technical Features of the Flower Sleeve Bag Making Machine?
Advanced conversion engineering is the structural backbone that defines the technical features and operational specifications of modern flower sleeve bag making machines. Engineered for maximum material versatility, the line processes BOPP, CPP, PE, and kraft paper into bespoke geometries through fully flexible shape customization and high-efficiency dual-lane production. The core process relies on servo-driven slant sealing & cutting assemblies synchronized with high-precision photocell registration to maintain exact continuous alignment. For downstream packaging compliance, integrated punching systems execute vital ventilation hole-punching during continuous operation, while automatic stacking & pinning mechanisms neatly collect finished units. This all-in-one integrated processing architecture operates under centralized PLC automation, optimizing web tension and heat-sealing stability to deliver defect-free, market-ready sleeves at peak production speeds.
- Material Compatibility
- Angle-Adjustable Sealing
- Automatic Stacking
- Integrated Punching
- Photocell Registration
- Inline Processing
- Dual-Lane Production
- Automation Components
- Shape Customization
Material Compatibility
Substrate flexibility is the primary engineering feature that governs market versatility, web stability, and eco-compliance for a flower sleeve bag making machine. Advanced dual-unwind systems run clear or pre-printed BOPP, CPP, PE, POF, LDPE, and HDPE (15-80 microns) alongside biodegradable PLA/PBAT, non-woven fabrics, and kraft paper. Cold glue or ultrasonic welding prevents wrinkling across diverse laminates. Broad material adaptability allows plants to meet strict ESG packaging standards without sacrificing high-speed output.
Angle-Adjustable Sealing
Angled thermal cutting is the definitive mechanical process that forms the signature conical, trapezoidal, and wineglass-shaped geometry of a flower sleeve bag making machine. Utilizing dual-angled precision hot sealing knives mounted on adjustable axes operating against a thermo-durable silicon belt, the system welds and cuts moving flexible film simultaneously—often high-speed yielding two seamless bags per stroke. Precise angular control prevents structural edge tearing, guaranteeing high-strength hermetic seam seals.
Automatic Stacking
Automated discharge collection is the critical precision robotics module that prevents bottlenecking and manual arrangement error in a flower sleeve bag making machine. The system integrates high-speed pneumatic outfeed grippers, a synchronous conveyor table, and hot or cold needle pin-blocking to pierce, group, and stack finished bags. Automated structural pinning eliminates manual sorting labor and prevents polymer film scattering, delivering neatly bound bundles ready for rapid wholesale commercial floral packing.
Integrated Punching
Automated inline punching is the core functional integration that regulates plant respiration, moisture dissipation, and suspension utility in a flexible polymer flower sleeve bag making machine. Synchronous precision high-speed pneumatic punches, industrial saw-type dies, and heated needles execute continuous micro-holes, vital water drain paths, custom euro-holes, and butterfly handles. Synchronized venting eliminates excess transit condensation, extending maximum commercial post-harvest floral shelf life premium quality freshness.
Photocell Registration
Photocell registration is the foundational tracking mechanism that governs print alignment, dynamic cutting accuracy, and visual branding integrity in a flower sleeve bag making machine. Integrating high-precision optical sensors—such as German Sick photocells—with ultra-fast multi-axis AC servo motors allows the system to continuously detect registration marks across single- or dual-web printed flexible polymer films. Real-time print tracking eliminates pitch drift, ensuring logos and seamless artwork align flawlessly across every commercial sleeve.
Inline Processing
Inline processing is the core modular architecture that integrates multi-functional tooling directly into a flexible polymer flower sleeve bag making machine. The system deploys precision pneumatic punches, wave-top sealing knives, and water-cooling units to execute vent holes, hanging euro-holes, wineglass dies, and handles in a single pass, while hot-needle pin-blocking stacks finished bags. Automated inline integration eliminates secondary offline processing, ensuring continuous high-yield manufacturing efficiency and scalability.
Dual-Lane-Production
Dual-lane production is the core automated high-capacity configuration that doubles B2B manufacturing output in a flower sleeve bag making machine. Driven by dual-servo control systems and a touchscreen PLC interface, two independent flexible polymer roll webs unwind simultaneously to yield two sleeves per stroke. Precision electric-eye photocell sensors track printed lines to keep tight cutting tolerances under ±1 mm, minimizing sustainable material waste and maximizing throughput without expanding operational plant footprint.
Automation Components
PLC automation is the foundational centralized control architecture that governs dynamic precision and operational stability in a flower sleeve bag making machine. Multi-axis AC servo motors drives integrate with intuitive touch screens and German Sick optical photocells to manage flexible polymer outfeed lengths and registration. High-precision automation stabilizes multi-lane feeds, minimizes defective products, reduces material scrap, and maintains exact tolerances under continuous high-speed runs with automated gripper conveyors.
Shape Customization
Geometric structural flexibility is the core mechanical virtue that enables a flexible polymer flower sleeve bag making machine to fulfill diverse horticultural packaging formats. Utilizing adjustable slant sealing blades and customized wave-top irregular sealing knives, the machine executes rapid tooling changeovers between varying sizes of Y-seals, triangle, tower, cone, and wineglass contours. High shape adaptability empowers commercial wholesale plants to switch sleeve profiles seamlessly for custom floral arrangements.
How the Flower Sleeve Bag Making Machine Works?
Automated continuous conversion is the core mechanical workflow that dictates how a flower sleeve bag making machine transforms raw substrates into market-ready packaging. The process begins with dual-web unwinding and tension-controlled feeding, followed by multi-axis AC servo motors and German Sick photocells tracking print marks to ensure flawless alignment. Next, inline pneumatic modules execute ventilation micro-perforations and handle punching. Dual-angled hot sealing knives then weld and cut the film simultaneously against a silicon belt, forming precise conical or wineglass geometries. Finally, outfeed grippers and heated needles securely pin and stack finished bundles for rapid output.
- Unwinding & Feeding
- Printing & Alignment
- Folding & Punching
- Slant Sealing & Cutting
- Stacking & Output
Unwinding & Feeding
Continuous unwinding is the foundational web-handling process that governs tension equilibrium and substrate stability in a flower sleeve bag making machine. Utilizing magnetic powder brakes and dancer rollers, the system feeds raw parent rolls of PE, PP, or kraft paper without wrinkling or structural deformation. Maintaining precise web tension is critical to preventing material stretching and ensuring dimensional accuracy.
Printing & Alignment
Optoelectronic registration is the core tracking mechanism that regulates print synchronization and high-precision cutting alignment in a flower sleeve bag making machine. Integrating German Sick photocells with multi-axis AC servo drives allows the system to detect printed registration marks across high-speed motion moving webs. Real-time optical alignment eliminates pitch drift, ensuring brand graphics align flawlessly across every sleeve packaging.
Folding & Punching
Mechanical web converting is the essential shaping phase that establishes sleeve geometry and plant breathability in a flower sleeve bag making machine. A specialized V-fold triangle board folds flexible flat substrates into a continuous tapered cone profile, while inline high-speed precision pneumatic punches create ventilation micro-holes. Synchronized perforation prevents transit moisture buildup, extending post-harvest floral freshness.
Slant Sealing & Cutting
Angled thermal welding is the defining cutting operation that forms the signature conical and wineglass profiles of a flower sleeve bag making machine. Dual-angled precision hot sealing knives weld and cut moving polymer films simultaneously against a soft silicone belt, yielding two bags per stroke. Precise heat-sealing stability prevents edge tearing, guaranteeing high-strength hermetic seals for heavy commercial floral bouquets.
Stacking & Output
Automated discharge collection is the critical integrated robotics module that prevents outfeed bottlenecking and film scattering in a flower sleeve bag making machine. The system transfers finished sleeves via high-speed conveyor belts while automated hot-needle pin-blocking securely pierces and binds stacks. Automated bundling eliminates manual sorting labor and streamlines final commercial retail packing for wholesale commercial florists.
What are the Applications of Flower Sleeve Bag Making machine?
Multifunctional conical conversion is the foundational operational capability that expands the application spectrum of a flower sleeve bag making machine beyond standard floral packaging. Driven by flexible angle-sealing blades and modular perforation tooling, the system seamlessly converts PE, CPP, and BOPP into protective umbrella sleeves, V-shaped candy bags, and triangular sandwich packaging. Furthermore, its continuous sealing precision enables the high-speed production of tower or cone-shaped bags alongside conical grape and fresh agricultural produce sleeves, delivering vital post-harvest ventilation and moisture control for commercial food and retail sectors.
- Umbrella Protection
- Confectionery Cones
- Produce Ventilation
- Sandwich Wrapping
- Bakery Packaging
- Geometric Pouches
Umbrella Protection
Slant thermal welding is the core manufacturing technique that allows a flower sleeve bag making machine to produce long, tapered protective umbrella sleeves. Utilizing adjustable sealing bars operating against silicone belts, the machine converts waterproof PE and CPP films into narrow, leak-proof conical sheaths. High-speed angular cutting delivers precise edge strength, preventing damaging water leakage in commercial and retail environments.
Confectionery Cones
Angled pouch converting is the primary mechanical capability that enables a flower sleeve bag making machine to fabricate food-grade V-shaped candy bags. Driven by multi-axis servo motors and heat-sealing dies, the machine shapes high-clarity BOPP and CPP films into eye-catching triangular gift pouches. Airtight thermal seals preserve premium, delicate gourmet confectionery freshness, prevent moisture ingress, and maximize shelf visibility.
Produce Ventilation
Continuous micro-perforation is the vital functional process that positions a flower sleeve bag making machine as an essential conversion line for conical grape and fresh produce bags. Integrating pneumatic punchers with slant sealing units, the system converts breathable PE films with precision micro-perforated ventilation holes. Controlled airflow prevents water vapor condensation, extending post-harvest shelf life across agricultural supply chains.
Sandwich Wrapping
Triangular film forming is the specialized geometry process that enables a flower sleeve bag making machine to produce fresh triangular sandwich packaging. Utilizing precision optical sensors and angled cutting blades, the equipment seals multi-layer barrier-laminated films into rigid, form-fitting sleeves. High seal integrity shields perishable, ready-to-eat fresh food contents from contamination while optimizing retail display presentation.
Bakery Packaging
Tapered thermal sealing is the primary converting method that adapts a flower sleeve bag making machine for producing ventilated fresh baked goods packaging. The system welds cast CPP and breathable micro-perforated polypropylene films to fit crusty artisan baguettes, pastries, and conical crusts. Precise PID temperature controls preserve crust crispness, prevent trapped humidity, and streamline automated bakery packaging workflows.
Geometric Pouches
Custom contour welding is the foundational mechanical feature that allows a flower sleeve bag making machine to yield versatile tower or cone-shaped bags. Equipped with irregular sealing knives and adjustable axis blades, the machine executes quick changeovers across complex geometric sleeves. Superior seam strength handles heavy, bulky commercial retail products, providing unique structural presentation for specialty goods.
What are the Common Optional Add-Ons of Flower Sleeve Bag Making Machine?
Modular auxiliary integration is the definitive engineering capability that enhances the functional versatility and automation density of a flower sleeve bag making machine. The system incorporates optional Y-sealer or bottom sealers for complex base geometry, inline glue application units for multi-material cold bonding, and continuous perforation dies for plant respiration. Furthermore, handle and wave-top punches enable retail customization, while edge positioning controllers (EPC) maintain web alignment before high-frequency ultrasonic sealing stations weld eco-friendly non-woven fabrics.
- Y-Sealer & Bottom Sealers
- Glue Application Units
- Continuous Perforation
- Handle & Wave-Top Punches
- Edge Positioning Controller
- Ultrasonic Welding
Y-Sealer & Bottom Sealers
Bottom profile sealing is the specialized tooling module that enables a flower sleeve bag making machine to construct wineglass bottoms and ergonomic Y-seals for potted plants or heavy bouquets. Operating with custom heat-sealing dies, this unit reinforces the base seam against structural tearing. High-strength bottom welds ensure heavy floral pots remain secure during high-speed transit and retail presentation.
Glue Application Units
Inline adhesive dispensing is the essential eco-converting assembly that allows a flower sleeve bag making machine to process 100% recyclable kraft paper and paper-plastic hybrid synthetics sleeves. The unit applies cold glue precisely along continuous moving webs prior to folding. Automated cold-bonding eliminates thermal material degradation, ensuring clean seam adhesion for sustainable floral packaging.
Continuous Perforation
Inline micro-perforation is the active venting mechanism that endows a flower sleeve bag making machine with controlled breathability and easy-tear functionality. Synchronized pneumatic punchers and rotary perforation blades create multi-hole air paths across moving films. Continuous moisture ventilation eliminates internal water condensation, preserving flower freshness across cold chain logistics.
Handle & Wave-Top Punches
Top-edge contouring is the secondary converting tool that equips a flower sleeve bag making machine to punch decorative wave-top patterns, handle cutouts, and hanging loops. Precision pneumatic dies stamp irregular top shapes directly during high-speed production runs. Customized edge shearing elevates visual presentation for retail bouquet displays without sacrificing line throughput.
Edge Positioning Controller
Edge positioning control (EPC) is the critical automated tracking system that maintains precise film alignment in a flower sleeve bag making machine during rapid unwinding. Infrared sensors continuously monitor web movement and actuate steering rollers to correct lateral drift. Real-time web guidance prevents material jamming, minimizes edge scrap, and guarantees exact sealing overlap.
Ultrasonic Welding
High-frequency ultrasonic bonding is the advanced cold-welding module that expands a flower sleeve bag making machine into processing heavy non-woven textiles and rigid laminates. Driven by servo belts and acoustic horns, the system welds thick synthetic fabrics without thermal distortion or burning. Solid-state acoustic sealing delivers superior seam strength for premium reusable sleeves.