Flexible Packaging

High-quality flexible packaging for food, beverage,hamburger,sandwich, medical, and consumer goods requires precision printing on thin fims and foilsOur CIfexo preses deliver 007smm accuray with cosed loop tension controto prevent material stretching -ensuring vibrant graphics and consistent quality forstand-up pouches, shrink sleeves, and medical packaging.

Process Materials
BOPP FILM
PET FILM
PE FILM
NYLON
PEFILM
LAMINATES
ALUMINUM FOIL
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Label Printing

Self adhesive labels, flm labels, and sleeve labels demand fast changeovers and precise registration for short-run and spot-colorjobsOur servo-driven unit- ype presses feature 2 servos per printing unit and automatic pre registration-reducing setup waste by 40%,Inline die cutting and siting optionsletyou print and finish in one pass.

Process Materials
SELF-ADHESIVE PAPER
SELF-ADHESIVE FILM
PP
PE
BOPP
PTHERMAL PAPERP
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Paper Packaging

Paper cup pre -printing, burger wrappers,paper bags and sheets require cost effective, high-speed printing with inline converting options.Dur stack flexo presses feature 4Smm thick wall panels forvibration free peration, 360 register adiustment and ptional cros cuting with automatic stacking -reducing labor and increasing output.

Process Materials
PAPER
PAPER BOARD
THERMAL PAPER
PAPER CUP STOCK
COATED PAPER
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Diary Packaging

Non-woven fabrics, kraft paper, and heawy-duty materials for industrial bags, cement sacks, and shopping bags require wide-web stability and durable construction Our bridge fexo presses ofer up to l0omm wetb width, endlosed doctor blade for stable ink supply,and mutiple winding methods to handlevarious substrate thicknesses

Process Materials
NON-WOVEN
RECYCLED PAPER
KRAFT PAPER
LINERBOARD
PAPER CLAMINATED MATERIALSUP STOCK
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Successful Case

Real customers, real results — see how our printing and converting solutions solve real-world challenges, boost efficiency, and deliver measurable ROI across 82+ countries.

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FAQ
For flexible packaging (pouches, shrink sleeves, etc.), should I choose a CI flexo press or a stack press?img

For thin, stretch-sensitive materials like BOPP, PET, or aluminum foil used in food and medical packaging, a CI (Central Impression) flexo press is the industry standard.

Its short web path and closed‑loop tension control minimize material stretching, ensuring high registration accuracy and consistent print quality at high speeds. A stack press is more economical but generally preferred for less demanding paper or label applications.

How do I select the right press for self‑adhesive label printing, especially for frequent job changes?img

For label production, a servo‑driven unit‑type press is recommended. Our unit‑type presses feature 2 servos per printing unit and automatic pre‑registration, which can reduce setup waste by up to 40%. Inline die‑cutting and slitting options also allow printing and finishing in a single pass, making them ideal for short runs and spot‑color jobs.

What printing accuracy can I expect from Raloyal presses on different materials?img

Our CI flexo presses achieve ±0.075 mm registration accuracy, making them suitable for high‑definition flexible packaging. Unit‑type presses offer ±0.1 mm accuracy, sufficient for most label and commercial printing applications. Stack presses and bridge‑type presses are optimised for paper, paperboard, non‑woven and kraft materials, delivering reliable performance while keeping equipment costs lower.

Can you provide a complete line that includes both printing and post‑press converting?img

Yes, we offer one‑stop solutions that go beyond printing. For example, a stack flexo press can be equipped with in‑line cross cutting and automatic stacking for paper cup pre‑printing and burger wrappers. A unit‑type press can integrate rotary die‑cutting and slitting for finished labels in one pass. For industrial packaging, our bridge‑type presses can be paired with slitting and rewinding units. This integrated approach reduces material handling, labour costs and overall lead times.

What is the typical ROI timeline for a Raloyal converting line, and how does your in‑house manufacturing benefit me?img

ROI typically ranges from 12 to 24 months, depending on your output volume and the complexity of the line. Our in‑house manufacturing of key components (gears, shafts, wall panels) ensures shorter lead times, strict quality control, and more competitive pricing. It also enables faster spare‑parts delivery and easier customisation, directly contributing to a lower total cost of ownership and a quicker return on your investment.

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