Gulf Print & Pack 2026 Dubai｜WS-8809ER Compartment Paper Lunch Box Forming Machine｜Win Shine Machinery

Gulf Print & Pack 2026｜Print & Packaging Decision Makers (Dubai, UAE)

Gulf Print & Pack 2026｜Meet Win Shine in Dubai: Smart Forming × Carbon Management (ISO 14064-1) × WS-8809ER

You don’t just need a machine—you need a production strategy that is scalable, traceable, and ready for measurable carbon improvements. Featured system: WS-8809ER Compartment Paper Lunch Box Forming Machine (paper food box making machine).

Book a Meeting / Request the Data Pack View WS-8809ER Spec Snapshot Open WS-8809ER Product Page

Show Information

Show: Gulf Print & Pack 2026
Dates: 2026/03/31 – 04/02
Opening Hours: 10:00–17:30 (Day 1–2)｜10:00–16:30 (Day 3) (per organizer notice)
Venue: Dubai World Trade Centre (DWTC)
Halls: Sheikh Saeed Halls 1 & 2
Address: Sheikh Zayed Road, Dubai, United Arab Emirates

Official website: gulfprintpack.com

Featured Focus

Smart Forming: turn forming stability into repeatable SOPs for high-volume output
Carbon Management (ISO 14064-1): build a measurable data baseline (energy/air/material efficiency)
WS-8809ER: flagship platform for compartment lunch box mass production

What You Will Receive

WS-8809ER specification sheet & forming size range
Process recommendations (by compartment layout, size, paper grade)
Reference baseline data for energy/air usage (for ISO 14064-1 quantification readiness)
Optional sample guidance & trial planning

Smart Forming

Make “stable forming” measurable—reduce downtime, sealing defects, and rework.

Multi-point monitoring & early warnings to improve uptime
Consistent sealing quality to lower defect rates
Better tolerance against paper variation for repeatable output

Carbon Management (ISO 14064-1)

Start with traceable production data, then map improvement actions aligned with ISO 14064-1.

Baseline: electricity/air/material per 1,000 boxes
Material efficiency: paper-saving design that lowers cost and footprint
Supply-chain readiness for compliance and customer audits

WS-8809ER (Featured System)

Compartment, high-output, and reliable sealing—built for paper food packaging scale-up.

Sealing method: Heater + High-frequency
Max speed: 22 pcs/min
Paper: Single/Double PE coated paper 320–350 g/m²

WS-8809ER｜Specification Snapshot

Product page: WS-8809ER - Compartment Paper Lunch Box Forming Machine

Item	Specification
Sealing Method	Heater + High-frequency
Max Speed	22 pcs/min
Machine Size (L×W×H)	360 × 150 × 225 cm
Machine Weight	1200 kg
Paper	Single or Double PE coated paper 320–350 g/m²
Paper Thickness	Main Box 0.46–0.50 mm; Small divisions 0.38 mm
Forming Range (Setup A)	L 145–175 / W 100–145 / H 32–42 (mm)
Forming Range (Setup B)	L 145–180 / W 145–160 / H 32–42 (mm)

Ideal Applications (Common in MENA scale-up)

QSR chains & central kitchens (high-volume, stable supply)
Ready meals & meal prep supply chain (compartment presentation)
Airline & rail catering (transport-friendly, reliable sealing)
Institutional catering & campuses (standardized SOP, traceability)

Why “Paper Saving + Data” Matters Now

Paper-saving design lowers material cost and upstream footprint
Energy/air baselines support quantification and continuous improvement
Improves buyer confidence during audits and compliance checks

Book a Meeting / Request the WS-8809ER Data Pack

Share your box size / compartments / paper grade / target output. We will respond with the spec package, trial guidance, and line configuration suggestions.

Email in One Click Contact Form

FAQ

When is Gulf Print & Pack 2026?

It takes place from March 31 to April 2, 2026, in Dubai, United Arab Emirates.

Where is the venue?

Dubai World Trade Centre (DWTC), Sheikh Saeed Halls 1 & 2.

What sealing method does WS-8809ER use?

WS-8809ER uses Heater + High-frequency sealing.

What is the maximum production speed?

Up to 22 pcs/min. Actual output depends on box size, compartment layout, paper grade, and settings.

What support do you provide for ISO 14064-1 carbon management readiness?

We provide reference baselines for energy/air usage and material efficiency, helping you build traceable data for quantification and improvement planning.

Back