
Paper Cup Handle Attaching Machine
Product Overview
The automated paper cup handle attaching machine integrates cup feeding, handle positioning, ultrasonic/adhesive bonding, and output collection into a continuous workflow. Engineered for converting plants producing eco-friendly takeaway cups, this system bonds paper or composite handles to single-wall and double-wall paper cups ranging from 8 oz to 32 oz.
Production Output: 60-90 pcs/min (adjustable based on cup size and handle configuration)
Handle Type: Flat paper handles, looped paper handles, and customized biodegradable tape handles
Control System: PLC with touchscreen interface and servo-driven indexing
Technical Specifications
|
Technical Parameter |
Specification |
|
Applicable Cup Capacity |
8 oz - 32 oz |
|
Mechanical Speed |
Max 100 pcs/min |
|
Stable Working Speed |
60 - 80 pcs/min |
|
Handle Material Width |
15 mm - 30 mm |
|
Bonding Method |
Ultrasonic welding / Hot melt adhesive (optional) |
|
Ultrasonic Transducer Frequency |
20 kHz / 15 kHz |
|
Total Power Consumption |
4.5 kW - 6.5 kW |
|
Air Supply Requirement |
0.6 MPa, 0.4 cubic meters/min |
|
Machine Dimensions |
2200 mm x 1100 mm x 1700 mm |
|
Net Weight |
850 kg |
Key Features
Servo-Driven Handle Feeding: Closed-loop servo motors control handle pitch feeding, eliminating slipping and maintaining a positioning tolerance within plus or minus 0.5 mm at operational speeds.
Non-Contact Ultrasonic Sealing: Solid-state ultrasonic generators deliver consistent energy pulses to bond paper handles without chemical glues, ensuring compliance with food-contact safety regulations (FDA/EU).
Pneumatic Cup Separation: Vacuum-assisted cup denesting mechanism prevents double-cup feeding and handles stacked or nested containers without rim deformation.
Fault Detection and Auto-Stop: Optical sensors monitor cup presence and handle feed status; the system halts automatically upon misfeeds or jams to prevent substrate tearing.
Applications
Hot Beverage Service: Insulated paper coffee cups requiring tactile, heat-insulating handles for consumer safety.
Soup and Noodle Bowls: Large-format paper containers (16 oz to 32 oz) requiring structural handle support for heavy contents.
Eco-Friendly Takeaway Packaging: 100% paper-based assemblies designed to replace plastic-coated handles in municipal zero-plastic waste streams.
Customization
Handle Dimension Tooling: Custom-molded welding horns and feeding guides engineered to match proprietary handle widths and cup wall curvatures.
Integration Interfaces: Dry-contact relay signals and Ethernet/IP protocols available for inline synchronization with upstream cup forming machines and downstream packaging robots.
Voltage Configuration: Standard 3-phase 380V/50Hz available; custom transformer packages configurable for 220V, 415V, or 480V regional grids.
Manufacturing & Quality Control
Machining Precision: Structural chassis and indexing cams are machined on 5-axis CNC milling centers to maintain structural rigidity under continuous high-speed vibrations.
Component Traceability: Core electrical switchgear utilizes Schneider and Siemens components; pneumatic actuators utilize SMC cylinders.
Factory Acceptance Testing (FAT): Every machine undergoes a continuous 72-hour trial run using client-supplied paper cups and handle samples prior to crating. Dimensional bond-strength pull tests are recorded and documented in the delivery dossier.
Compliance Standards: Built in accordance with CE safety directives and ISO 9001 manufacturing quality control protocols.
Installation & After-Sales Support
Documentation Package: Complete electrical schematics, pneumatic diagrams, PLC logic backup files, and an illustrated spare parts catalog supplied in digital and printed formats.
Technical Commissioning: On-site installation engineering available, supplemented by remote video diagnostic support via industrial gateways.
Spare Parts Stocking: Critical wear items-including ultrasonic horns, cutting blades, and vacuum suction cups-are stocked in distribution hubs for 48-hour dispatch.
Packaging & Delivery
Export Protection: Vacuum-sealed in moisture-barrier foil with silica gel desiccants, secured inside fumigated ISPM 15 compliant plywood crates.
Lead Time: Standard configurations ship within 30 to 45 business days; customized tooling requires an additional 10 business days.
Shipping Terms: FOB, CIF, or DDP terms available via containerized sea freight or air cargo.
FAQ
Q: What is the minimum batch run required for changing handle sizes?
A: Tooling changeover-including swapping the ultrasonic horn and adjusting the guide rail-takes approximately 30 to 45 minutes for an experienced operator.
Q: Does the ultrasonic bonding require external adhesives?
A: No. The system utilizes high-frequency ultrasonic vibration to melt the micro-PE coating or specialized heat-seal layer on the paper substrate, fusing the handle directly to the cup wall.
Q: What is the lifespan of the ultrasonic horn?
A: Standard titanium alloy ultrasonic horns deliver between 3,000 to 5,000 operational hours depending on handle thickness and operating amplitude.
Q: Can this machine process unprinted blank cups as well as pre-printed cups?
A: Yes. Cup indexing relies on mechanical rims and optical edge sensors rather than print registration marks, allowing processing of both plain and custom-printed stock.
Request a Quote
To evaluate machine compatibility with your current cup specifications, submit the following technical parameters through our inquiry form:
- Cup top diameter, bottom diameter, and height (mm)
- Paper GSM (grams per square meter) and PE/PLA coating specifications
- Handle dimensions and material composition (paper weight/gsm)
- Target production volume per shift
Our engineering team responds with a formal quotation, formal layout drawing, and sample testing evaluation report within 24 business hours.
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