High-Speed Paper Cup Handle Making Machine

The High-Speed Paper Cup Handle Making Machine is engineered for automated, continuous production and attachment of paper handles to single- and double-wall paper cups. Integrating high-precision servo web feeding, automated handle die-cutting, cold/hot glue application, and mechanical positioning, this system stabilizes output for commercial paper container plants scaling up insulated beverage cup lines. 

Dual-Servo Drive Mechanism: Independent servo motors govern handle feeding and cup indexing, eliminating mechanical cam wear and maintaining synchronization at speeds up to 180 pcs/min.

Non-Contact Optical Sensor Detection: Integrated fiber-optic sensors inspect handle presence and glue coverage prior to pressing, rejecting misaligned units automatically.

Modular Forming Dies: Hardened alloy steel molds allow operators to switch cup sizes within 45 minutes using quick-release alignment pins.

Closed-Loop Adhesive Dispensing: Pneumatic micro-dispensing nozzles prevent adhesive stringing, reducing material waste and preventing surface contamination on cups.

PLC Touch Screen Terminal: Real-time monitoring tracks output count, operating temperature, fault diagnostics, and batch parameter storage.

Hot Beverage Packaging: Insulated paper cups for specialty coffee and tea houses requiring integrated handles to eliminate separate cardboard sleeves.

Soup and Congee Bowls: Thick paper containers requiring structural handle support for high-temperature takeaway foods.

Automated Packaging Lines: Designed to integrate inline downstream from cup forming machines or operate as a standalone secondary station.

Electrical Compliance: Control panels and wiring engineered to meet CE and UL/CSA electrical safety directives based on destination markets.

Handle Profile Tooling: Custom punch dies engineered for specific client brand logos or specialized ergonomic handle geometries.

Inline Integration Interfaces: Mechanical handoff chutes and electrical handshake signals built to link directly with existing cup forming and stacking units.

Production relies on CNC vertical machining centers for chassis milling and high-precision grinding for drive shafts, holding dimensional tolerances within +/-0.01 mm to prevent vibration during high-speed operation.

Material Traceability: Structural frames use Q235B structural steel annealed to relieve internal stress before machining. Contact parts utilize SUS304 stainless steel.

Factory Load Testing: Every machine undergoes a continuous 72-hour dry run and a 4-hour live material test at 90% maximum rated speed prior to crating.

Inspection Protocol: Electrical safety verified via insulation resistance and dielectric withstand testing conforming to CE (ISO 12100) safety directives.

Documentation: Shipped with comprehensive electrical schematics, PLC ladder diagrams, pneumatic piping layouts, and an itemized spare parts catalog.

Technical Assistance: Remote diagnostic support available via secure industrial gateways. On-site mechanical commissioning and operator training executed by certified service engineers.

Spare Parts Inventory: Critical wear items-including cutting blades, optical sensors, and heating elements-maintained in stock for 48-hour dispatch.

Export Packaging: Secured on fumigated solid wood skids, wrapped in anti-corrosion moisture-barrier film, and sealed inside export-grade plywood crates conforming to ISPM 15 standards.

Port of Loading: FOB / CIF terms available via major ports (Shanghai, Ningbo, Shenzhen).

Lead Time: Standard configurations ship within 30 to 45 business days from receipt of deposit and technical confirmation.

To receive a formal commercial proposal including freight estimation, production lead time, and technical data sheets tailored to your cup specifications, submit your requirements below:

• Target Cup Sizes (Diameter / Height / Capacity):
• Required Handle Style (U-shape / Flat / Custom):
• Target Production Volume (Units/Shift):
• Destination Port:

[ Submit RFQ / Contact Engineering Team ]