中文
English
Español
XINXIN's auxiliary equipment series encompasses a wide range of supporting machinery, including edge insertion machines, slitting machines, edge sealing machines, bag sorting and boxing machines, and strapping machines. These form indispensable core modules for achieving fully automated production processes. Unlike the industry's common standalone machines, the new accessory series is designed around the principles of “high integration, intelligent linkage, and modular expansion.” It seamlessly connects with the main production lines of film blowing, printing, and bag making, enabling an integrated production process from film processing to finished bag packaging.
The entire series features stainless steel construction and high-precision servo control systems, ensuring stable operation, extended lifespan, and easy maintenance. Intelligent tension control and automatic web guiding systems guarantee smooth running with minimal deviation while supporting versatile production of multiple bag types and materials.
Equipment speeds reach 120–180 cycles per minute—the industry average—representing a 30%–40% efficiency gain over traditional standalone machines.
LDPE、POF
Automatically insert side or bottom pleats, is suitable for various bag types
Automatic tension control, edge correction and quick blade change
Suitable for a variety of materials
The film edges are heat-fused or heat-welded to improve bag strength and sealing
Suitable for high-requirement packaging.
Unmanned Packaging
Significantly Improving End-of-Life Packaging Efficiency
Quick Changeover
High Cost Performance
LDPE
Continuous and efficient production
LDPE
Simple Operation & Labor Savings
If you’re searching for Which Features Matter in High Speed Zipper Bag Making Machine, the short answer is this: focus on production speed stability, zipper sealing precision, and automation flexibility. These three factors directly impact your output consistency, defect rate, and long-term ROI. According to industry reports from organizations like PMMI (Packaging Machinery Manufacturers Institute), efficiency improvements of even 10–15% in high-speed packaging lines can significantly reduce operational costs over time.
In real production environments—whether you’re running food-grade resealable packaging or e-commerce flexible packaging solutions—the difference between a good machine and a costly mistake often lies in details that are easy to overlook at first glance.
Many buyers are drawn to machines boasting impressive numbers like “200 bags per minute.” But in practice, high-speed bag making equipment must maintain consistent performance over long production cycles. A machine that frequently stops for adjustments can erase any theoretical speed advantage.
Look for:
If you're evaluating options, you can explore technical specifications here to see how modern systems handle speed without sacrificing consistency.
In industries like snacks, frozen food, or pet packaging, zipper alignment accuracy is non-negotiable. Poor sealing leads to leakage, customer complaints, and brand damage.
Key indicators of quality include:
From my experience working with manufacturers transitioning from manual to automated systems, zipper inconsistency is the #1 hidden cost driver—often discovered only after mass production begins.
Modern packaging demands are shifting fast. Today it's stand-up pouches with zippers, tomorrow it might be custom printed resealable bags. Machines that lack flexibility quickly become obsolete.
What to prioritize:
For businesses handling diverse SKUs, the ability to adapt quickly is often more valuable than raw speed. You can get configuration insights to understand how modular designs support this flexibility.
Imagine a mid-sized food company launching a new product line. They need:
In such cases, industrial zipper bag production machines with integrated automation outperform basic models. Not because they’re faster on paper—but because they reduce human error and downtime.
This is where solutions like XPX’s advanced systems come into play. Compared to conventional machines, they offer better film feeding precision and intelligent diagnostics.
When evaluating options, many buyers eventually revisit the question: Which Features Matter in a high-speed zipper bag-making machine. The answer becomes clearer when comparing entry-level machines with high-end solutions.
For businesses aiming at scalability, investing in a more advanced system often leads to better long-term savings—even if the initial cost is higher. You can discover application scenarios to see how different industries benefit.
One aspect often ignored in technical discussions is customization. Not all production lines are the same. Factors like:
require tailored solutions. XPX, for instance, provides adaptable configurations based on specific production needs—something generic machines rarely offer.
If you're still unsure which direction to take, it’s worth revisiting Which Features Matter in High Speed Zipper Bag Making Machine from a practical standpoint: not just what looks good on paper, but what actually performs under pressure.
Choosing the right machine isn’t about chasing the highest speed or the lowest price. It’s about identifying the features that directly affect your production efficiency, product quality, and scalability.
In today’s competitive packaging landscape, machines that combine precision engineering, automation intelligence, and custom adaptability are no longer optional—they’re essential.
Recently, Zhang Xue has been everywhere in Chinese news and social media.
For many people outside China, his name may still be unfamiliar. But in China, his story has captured attention far beyond the motorcycle world. He has become a symbol of something many people here immediately understand: the determination to enter a field long dominated by others, and to prove that a Chinese company can stand there with confidence.
What touched me most about Zhang Xue was not only his success.
It was the younger version of him.
The story that stayed with me was not about trophies, headlines, or recognition. It was the image of a young man chasing opportunity before the world thought he belonged. A teenager riding through rain, trying to catch a television crew, wanting just one chance to be seen. It was bold, a little reckless, maybe even a little embarrassing — but deeply sincere.
And that is exactly why it moved me.
I am the third generation of Zhejiang Xinxin Packing Machinery Co., Ltd. And Zhang Xue’s story made me think about my grandfather and my father — not because they worked in the same industry, but because the spirit behind their journey feels so similar.
They also belonged to a generation that had to build under the shadow of stronger names.
Our company began in 1988. In those years, in the field of ziplock / self-sealing / zipper bag machinery, many people in China naturally believed that the key technology belonged elsewhere — especially to Japan and Taiwan. If you wanted advanced machines, people assumed you had to look outward. If you wanted serious technology, people assumed China was still following.
My grandfather and my father chose not to accept that assumption.
Instead of waiting, depending, or simply copying, they chose to develop our own machines. In our company’s history, the successful launch of the first generation of Xinxin’s self-developed zipper film blowing machine in 1995 was a turning point. But when I look back at it now, I think its meaning was bigger than one machine.
It was part of a generation of Chinese manufacturers proving something important:
That is what my grandfather and father spent years doing.
They did not only make one machine. They kept going — from zipper film blowing machines, to zipper bag making machines, to complete zipper bag production lines, to specialized equipment such as garment zipper bag making machines and press-lock zipper bag making machines. Over time, they helped build Zhejiang Xinxin into a recognized name in this field, with more than 35 years of industry focus, 100+ patents, and service to 500+ customers in 30+ countries.
But the part that means the most to me is this:
their success is no longer just something written in company history. It has already been recognized by the market.
I felt that very clearly at PLASTINDIA.
Because of visa uncertainty, we made a cautious decision and booked only a 12-square-meter booth. It was small, practical, and honestly a little modest for what we were capable of showing. But during the exhibition, one customer smiled and said to me:
I still remember that sentence.
Not because it was flattering, but because it made something very clear to me:
my grandfather and father had already done the hard work of building recognition.
Customers did not only see our booth. They saw our reputation. They saw our history. They saw the technical trust behind the name Xinxin.
And that is exactly why Zhang Xue’s story hit me so deeply.
Because what I saw in his story was not only one man becoming successful. I saw a familiar pattern in Chinese manufacturing:
one generation spends years proving that we can enter the field at all. The next generation is given the responsibility of deciding how to move further.
That is where I find myself now.
I am already standing on the shoulders of giants.
My grandfather’s and father’s generation had to answer one question:
They answered that question with years of persistence, technical trial and error, and work that was probably much harder than my generation can fully imagine.
So my task cannot simply be to repeat what they already proved.
My generation needs to answer a different question:
For me, that is the next chapter of Zhejiang Xinxin.
My vision is not only to continue making reliable machines. It is to push further into:
Because customers today are no longer only asking whether a machine can produce a bag.
They are asking:
That is why I believe the mission of my generation is different from the mission of the one before us.
Their mission was to break dependence. Our mission is to create a stronger system on top of that independence.
And this, to me, is the deeper meaning of Chinese manufacturing across three generations.
The first generation fights to enter. The second generation fights to establish. The third generation must learn how to upgrade.
That is why Zhang Xue’s story stayed with me.
Not because he became famous. Not because he won. But because his story reminded me that industrial progress is always a relay.
One person hands something forward. Another person must carry it further.
My grandfather and my father helped prove that Chinese manufacturing did not have to remain under the dominance of other countries’ technology.
What I want to do in my generation is build on that foundation — and help move Zhejiang Xinxin toward a future that is more automated, more integrated, and more system-driven.
So when I think about Zhang Xue, I do not only see his story.
I see a question being passed from one generation to the next:
For me, that is the question worth dedicating a generation to.
A gravure printing machine is a high-precision device that transfers ink from engraved cells on a cylinder. The working principle: the engraved cylinder is partially immersed in an ink fountain, a doctor blade removes excess ink, leaving only the cells filled; under pressure from the impression roller, the ink transfers onto substrates such as film, paper, or aluminum foil, producing full, sharp images. This type of high-speed gravure printing machine for flexible packaging is especially suited for long runs, high speeds, and applications demanding excellent color consistency.
Understanding these components helps you evaluate whether a given automatic gravure printing machine for sale truly meets your plant’s continuous production needs.
Thanks to outstanding color consistency and cost-effectiveness for long runs, gravure printing machines play an irreplaceable role in multiple industries. Below are the core application areas:
Food bags, beverage packaging, pet food bags, detergent pouches, etc. A gravure printing machine for paper and film can handle various substrates such as BOPP, PET, NYLON, and PE, achieving multi-color registration accuracy with batch-to-batch color difference ΔE < 2.
Furniture laminates, floor coverings, and wallpaper. For long-run orders, gravure’s unit cost is far lower than flexo or digital printing, making it ideal for custom gravure printing machines for labels and decorative paper applications.
Magazines, catalogs, stamps, banknotes – products requiring fine gradations and anti-counterfeiting features. Many choose an industrial rotogravure printing press for its ability to produce subtle gradients and micro-text.
When selecting a gravure printing machine for your production line, price should not be the only factor. The following five core features directly impact efficiency and print quality:
Though the fully automatic gravure printing machine price is slightly higher than semi-automatic models, features like automatic registration, automatic splicing, and automatic viscosity control dramatically reduce downtime and waste. For example, a machine running at 300 m/min can produce tens of thousands of extra meters of qualified prints per day.
For 8-color or 10-color printing, registration error must be controlled within ±0.1mm. High-end machines equipped with PLC and servo-driven register systems maintain stability even after 72 hours of continuous operation. When searching among high-speed gravure printing machine manufacturers, always review actual registration test data.
Gravure uses solvent‑based or water‑based inks. Heat recovery design in the drying ovens and LEL (Lower Explosion Limit) monitoring are critical. Choose an energy-saving gravure printing machine with low VOC emission to meet environmental regulations and cut operating costs by more than 20%.
For short-to-medium runs, the ability to change cylinders and doctor blades quickly is essential. Some models support a quick-change sleeve system, reducing changeover time from 2 hours to just 20 minutes – ideal for printers handling both long and short runs.
When purchasing a heavy-duty gravure printing press for corrugated board or a film printing machine, prioritize manufacturers that offer local technical support, ample spare parts inventory, and proven case studies with your specific materials.
Faced with different brands and models of gravure printing machines, you can follow these four steps to identify the most suitable equipment:
Do you mainly print film or paper? Are your orders predominantly long runs (>50,000 meters) or do they include a mix of medium/short runs? Gravure is highly cost-effective for long runs; if you have a significant proportion of medium/short runs, consider a combination press or a used gravure printing machine for sale as a lower-cost entry point.
Don’t just look at the surface automatic gravure printing machine price. Calculate: ink+solvent cost per square meter; waste rate (old machines 5%-8%, new machines ≤2%); energy and labor cost differences. Typically, a new machine pays back its premium within 18 months.
Ask the supplier to run actual tests with your materials – examine registration, color variation, and solid ink coverage. Also enquire about an eco-friendly gravure printing machine for food packaging option, which supports water-based inks and low-migration systems to comply with food safety regulations.
For export to the EU or North America, the machine must meet CE and UL standards, and be equipped with exhaust treatment. Searching for “gravure printing machine for flexible packaging with solvent recovery” can lead to greener production solutions.
Although a brand‑new high‑end gravure printing machine requires a significant initial investment (typically between $100,000 and $500,000, depending on number of color stations and width), the long‑term returns are clear:
If you are planning a new workshop or upgrading an existing line, compare configuration lists from several high-speed gravure printing machine manufacturers and ask for a one‑year consumables cost simulation – that will provide far more decision value than a simple price quotation.
Contact a professional supplier today to request sample testing and a return‑on‑investment analysis, and take your printing business to a faster, more economical, and more stable stage.
If you’re a flexible packaging manufacturer targeting high-end food, cosmetics, or cold chain industries, you know the core pain point holding back your business: standard air-cooled zipper bag making machines cannot deliver the high bag transparency, smooth finish, and consistent sealing performance that premium brands demand. Missing out on high-margin orders because your equipment can’t meet strict appearance and quality requirements? The Xinxinpack ZIP-600PP water cooling zipper bag making machine is built to solve this exact challenge. As a patented, purpose-built solution for high-transparency resealable bag production, this machine delivers industry-leading bag finish, ultra-fast production speeds, and flexible customization to help you capture high-value orders and outperform competitors.
The ZIP-600PP water cooling zipper bag making machine is a specialized bag production equipment developed by Xinxinpack, protected by official invention patent (Patent No. 201420678116.6), designed exclusively for manufacturing high-quality, high-transparency resealable zipper bags. Unlike traditional air-cooled bag making machines, this model uses an innovative water-cooled shaping system to produce bags with a smoother, more transparent surface, making it the ideal choice for packaging with strict appearance requirements.
Compatible with PP and LDPE materials, the machine supports a maximum bag width of 580mm, and can be fully customized to your production needs. It can be equipped with a wide range of functional accessories to achieve multi-purpose use with a single machine, eliminating the need for multiple specialized devices and adapting to diverse bag type production requirements.
The core differentiator of this machine is its proprietary water-cooled shaping system, the patented design that addresses the biggest limitation of standard air-cooled bag making equipment: poor bag clarity and surface finish.
The water-cooled system delivers uniform, consistent temperature control during the bag forming process, resulting in a significantly smoother, more transparent bag surface with minimal haze. This premium finish is non-negotiable for high-end brands that require their packaging to showcase products clearly and convey a premium brand image, setting your finished bags apart from generic, low-clarity alternatives on the market.
The ZIP-600PP delivers an industry-leading production speed range of 30 to 230 pieces per minute, giving you full flexibility to match your production needs. Whether you’re running small-batch, high-customization premium orders or high-volume mass production runs, this machine maintains consistent forming and sealing quality at every speed level.
This wide speed range drastically improves your production efficiency, shortens order lead times, and reduces per-unit production costs. With a maximum output of 230 bags per minute, you can take on large bulk orders that your competitors with slower equipment cannot fulfill, while still having the precision to handle small, high-margin custom runs.
This water cooling zipper bag making machine is equipped with a full set of intelligent control systems, including automatic deviation correction and automatic tension control. These features ensure continuous, stable bag making operation even during long, uninterrupted production runs, eliminating bag misalignment, uneven sealing, and material waste caused by film drift.
The machine also delivers exceptional mechanical temperature control performance, perfectly adapting to the material requirements of cold chain and high-transparency packaging. This precise temperature regulation ensures consistent, secure sealing for every bag, eliminating common defects like weak seals, film burning, or zipper deformation, and minimizing your overall defect rate.
We understand that packaging manufacturers need flexible equipment to adapt to changing client demands. That’s why the ZIP-600PP supports full customization according to your specific production needs, and can be fitted with a wide range of functional accessories to handle diverse bag types.
This one-machine multi-purpose design eliminates the need to invest in multiple specialized pieces of equipment, saving you valuable factory floor space and capital expenditure. Whether you need to produce standard food sealing bags, specialized fruit preservation bags, or high-end cosmetic zipper bags, this single machine can adapt to your requirements with minimal setup changes.
| Parameter | Specification Details |
|---|---|
| Model | ZIP-600PP |
| Production Speed | 30-230pcs/min |
| Maximum Bag Width | 580mm |
| Compatible Materials | PP / LDPE |
| Overall Dimension | 4500×1500×1800mm |
| Rated Voltage | AC220V 50Hz |
| Rated Power | 8KW |
| Machine Weight | 1.5T |
This water cooling zipper bag making machine is purpose-built for industries that require high bag transparency and reliable sealing performance. Its core end-user industries include:
It is optimized for manufacturing all types of high-transparency resealable bags, including food sealing bags, fruit preservation bags, cosmetic packaging bags, and other custom zipper bag styles with strict appearance requirements.
At Xinxinpack, we’ve designed this machine around the real-world needs of flexible packaging manufacturers who want to break into the high-end zipper bag market. Our patented water-cooled technology solves the core limitation of standard bag making equipment, giving you a clear competitive edge in a crowded market.
Unlike generic bag making machines that try to do everything but excel at nothing, the ZIP-600PP is specialized for high-transparency zipper bag production, with every component optimized to deliver consistent premium bag quality, high production efficiency, and long-term stable operation. Its customizable configuration also ensures it can grow with your business, adapting to new bag types and client demands as your production needs evolve.
Ready to upgrade your production line to capture high-margin, high-end zipper bag orders? Contact our team today to learn more about the ZIP-600PP water cooling zipper bag making machine, request a detailed customization quote, or discuss your specific production requirements. We’re here to help you find the perfect bag making solution for your business.
In today’s competitive flexible packaging market, manufacturers across food, pharmaceutical, pet care, and retail industries face persistent pain points: high defect rates from poor zipper lamination, rising labor costs from multi-step manual production, limited flexibility to handle diverse bag orders, and the need to meet strict safety and quality standards for consumer-facing packaging. Many generic bag making machines force you to choose between speed, precision, and versatility — leading to wasted materials, missed order deadlines, and unnecessary extra equipment investments.
Xinxin Packaging Machinery’s TPM-800INS PE/PP Zipper Attachment Bag Making Machine is purpose-built to solve these industry-wide challenges. Backed by an exclusive invention patent (Patent No. 2020214600312), this all-in-one machine delivers fully automated zipper attachment, Attach, sealing, and cutting in a single seamless process, making it the ideal solution for producing reliable, high-quality PE and PP zipper bags for a wide range of end uses.
Manual zipper placement, multi-step Attach, and separate cutting processes eat into your profits and slow down production. Our machine eliminates these inefficiencies by automating the entire zipper bag production workflow: it attaches zippers to PE or PP film, completes Attach, heat sealing, and cutting in one continuous run, with a stable mechanical speed of 30-120 pieces per minute. This fully automated design cuts down on manual labor requirements, reduces human error, and lets you meet tight bulk order deadlines with consistent output.
For food, pharmaceutical and electronic anti-static packaging, uncompromising waterproof sealing performance and minimal defect rate are critical to product integrity and brand reputation. Even minor leaks can trigger product spoilage, customer claims and costly product returns.
Our zipper attachment bag making machine addresses this with industry-leading lamination accuracy. Its precision automatic alignment and lamination structure delivers consistent, wrinkle-free, zero-misalignment zipper attachment, ensuring exceptional waterproof sealing performance, drastically reduced production defects, and full compliance with strict global industry sealing standards for every bag produced.
Losing orders because your current machine can’t handle different bag types, materials, or custom features? The TPM-800INS is built for maximum versatility. It is compatible with widely used LDPE and PET composite film zipper bags, laminated zipper bags, and printed composite packaging bags. We also offer customizable functional accessories, including optional slider zipper attachments, so you can produce a wide range of bag styles for diverse end markets with a single machine. This flexibility eliminates the need to invest in multiple specialized machines, lowers your capital expenditure, and lets you quickly adapt to changing customer demands.
the hot knives available on the market are vertical, while ours is horizontal. A horizontal hot knife makes maintenance easier for technicians.
Our machine is trusted by manufacturers across high-demand sectors, including food packaging, pet food production, pharmaceutical packaging, cosmetics and toiletries, electronic anti-static bags, and stationery packaging. With a maximum bag width of 720mm, it can handle both small-format item packaging and larger retail bags, making it suitable for both bulk long-run production and small-batch custom orders. The machine’s mature, patent-backed design ensures stable, consistent operation over long production runs, minimizing unplanned downtime and maintenance costs.
At Xinxin Packaging Machinery, we don’t just offer standard equipment — we provide fully customized solutions tailored to your unique production needs. Our team of professional engineers will work with you to configure the perfect machine setup for your bag specifications, material choices, and production volume requirements.
Ready to cut your defect rate, boost your production efficiency, and expand your order capabilities with a reliable, versatile zipper attachment bag making machine? Contact our expert team today for a free consultation and custom quote.
If you're a buyer looking for answers to why eco-friendly materials are reshaping zipper bag production lines, the truth is: it's not just about being "green"—it's about a company's survival, profitability, and future. Having worked in the packaging machinery industry for 15 years, I've witnessed brands fail by ignoring this shift and others thrive by embracing it. Innova Market Insights data shows that 85% of global consumers are willing to pay a 10-20% premium for certified sustainable packaging, and the EU's PPWR regulation will ban non-recyclable zipper bags from the market, with violators facing fines of up to 6% of their annual turnover. For you, this means avoiding hefty fines, tapping into high-growth markets, and building a brand that resonates with modern consumers.
I've spoken with far too many buyers who see sustainability regulations as a burden, not an opportunity for innovation. But this is not the case: the EU's Packaging Materials and Waste Regulation is not a suggestion, but a mandatory regulation that will revolutionize the entire industry. Unlike previous fragmented directives, PPWR has direct legal force in all 27 EU member states, covering every stage of the packaging lifecycle, from material selection to recycling. By 2030, all zipper bags must be 100% recyclable or compostable, and production lines unable to handle single or recycled materials will be phased out.Last year, Xinxin conducted a comparative test with a European snack brand: their original production line incurred an Extended Producer Responsibility (EPR) fee of €820 per tonne, while our customized eco-friendly zipper bag production line reduced these fees by 72% and recovered 15% of the initial production line cost within 18 months. We didn't just make simple adjustments to the machines; we redesigned the entire production process to meet the most stringent PPWR requirements, including PFAS limits and recyclability ratings. For buyers, this is not just about compliance, but about turning regulatory pressure into a competitive advantage.
One of my least favorite things is the claim that eco-friendly materials are "inferior" to traditional plastics—that's pure nonsense. Having tested PLA/PBAT blends, recycled rPET, and sugarcane-based films for years, I've found that modern eco-friendly materials outperform virgin plastics in key areas, provided your production line can handle them. Traditional production lines struggle with eco-friendly materials due to their heat sensitivity and biodegradability, but Xinxin's R&D team has solved this problem by redesigning core components: precise temperature control, an anti-static extrusion system, and modular molds that allow material switching within 20 minutes.Our internal testing confirms this: Xinxin's high-speed eco-friendly zipper bag production line processes PLA/PBAT film at 160 bags per minute with a 99.8% seal consistency—far exceeding the 97.2% of traditional lines. One US organic food customer went a step further: after adopting our production line, their compostable zipper bags obtained ASTM D6400 and EN 13432 certifications, successfully entering the EU market and increasing sales by 42%. Eco-friendly materials are not just "green byproducts"; they are the key to making production lines faster, more efficient, and more flexible.
Sustainable development is not just about using environmentally friendly materials, but about building a zero-waste system. The traditional linear "production-use-discard" model is outdated, and zipper bag production lines must adapt to the concept of a circular economy. I've seen some brands waste 40% of their materials during production; Xinxin's circular and environmentally friendly zipper bag production line solves this problem through online recycling. It can recycle 98% of waste, crushing it and sending it back to the extruder, thus reducing waste and lowering material costs.Take our Chinese e-commerce client as an example. They needed a production line to produce zipper bags from recycled materials. We customized a line for them, using 30% recycled resin and equipped with real-time carbon emission tracking for ESG reporting. The result? Their packaging carbon footprint decreased by 65%, and they received B Corp certification—a 29% increase in consumer trust. For buyers, this means aligning with global brands like IKEA and P&G, which now require 100% recyclable packaging.
The harsh reality is that in the era of environmental protection, one-size-fits-all production lines are no longer suitable. Every industry has its unique needs. Food brands need high-barrier biofilms to extend shelf life, fashion brands need compostable clothing zipper bags that meet EU textile standards, and industrial clients need durable, recyclable zipper bags for logistics. Xinxin doesn't sell machines; we work with our clients to create solutions.A Southeast Asian snack manufacturer approached us, hoping we could provide them with a sugarcane-based bio-zipper bag production line. Our engineers worked on-site for three weeks, optimizing material ratios and calibrating the line, ultimately achieving a zero-breakage rate of 180 bags per minute—20% higher than their target. We even trained their team to adjust parameters for different types of snacks, ensuring product consistency. This wasn't "customer service," it was a partnership. We understand that your success depends on a production line that fits your unique workflow, and that's what we were created for.
The innovation driven by environmentally friendly materials in zipper bag production lines is no accident. It's the result of a combination of market demand for higher-quality products, the planet's desire for higher-quality products, and the mandatory requirements of regulatory requirements for higher-quality products. After 15 years in this industry, I firmly believe that brands that thrive will no longer consider sustainability an optional extra, but rather a cornerstone of their production.Xinxin boasts over 20 years of professional experience, global certifications, and a proven track record of translating environmental material challenges into production success. We don't just build production lines; we're committed to building the future for your business.If you're ready to avoid PPWR fines, reduce costs, and seize a share of the environmentally friendly packaging market, act now. Contact our team for free material compatibility testing and customized production line design solutions.
In the fast-growing flexible packaging industry, efficient, high-precision, and stable printing equipment is the core driver for manufacturers to enhance product competitiveness and optimize production efficiency. XinXin, a professional provider of intelligent packaging printing solutions, has launched a full series of printing machines tailored for flexible packaging production lines, integrating advanced flexographic and gravure printing technologies to help global customers achieve fully automated, inline production from film blowing, printing to bag making. Whether you are engaged in food packaging, daily chemical product bags, medical packaging, or express delivery bags, XinXin printing machines can provide you with customized, labor-saving, and high-efficiency printing solutions that exceed expectations.
XinXin has developed two core printing machine series, flexographic printing machine and gravure printing machine, to meet different production scenarios, printing quality requirements, and substrate compatibility needs.
As the star product of XinXin's flexo printing series, the XX-EP-600 Flexo Printing Machine adopts flexible resin plates as the printing medium, featuring simple structure, easy operation, and ultra-high printing speed up to 600 m/min. It supports 2-6 color continuous printing on a wide range of substrates including plastic film, paper, and non-woven fabric, delivering clear and vibrant printed images. This model is widely used in the production of food packaging bags, diaper bags, shopping bags, labels and other products, and is the most cost-effective and efficient choice for the packaging and printing industry.
For customers with high requirements for printing detail and image quality, XinXin's XX-GG series gravure printing machines are the ideal choice, with two mainstream models to meet different production scales:
XX-GG-600/800 Gravure Printing Machine
.webp)
With a stable printing speed of 120 m/min, this model uses high-precision engraved metal cylinders as the printing medium to achieve high-definition printing of patterns with rich details. It has excellent equipment stability, is suitable for long-term high-speed operation, and is compatible with BOPP, PET, CPP, nylon and other composite film materials. The finished product has a smooth and glossy printing effect, and is widely used in food packaging films, composite films, pharmaceutical packaging, and daily chemical product bags.
XX-GG-1000 Gravure Printing Machine
Designed for high-speed continuous mass production of high-end packaging, this model is equipped with automatic roll changing, electronic shaft synchronization control, and a constant tension closed-loop control system. It maintains high-precision registration and stable printing quality during high-speed continuous operation, and is energy-efficient. It can be used in conjunction with bag-making and laminating equipment, and is the preferred equipment for high-end packaging and printing plants.
What makes XinXin printing machines stand out in the global market is our in-depth insight into flexible packaging production scenarios and the industry-leading performance advantages of our equipment:
Seamless Inline Production for Higher Efficiency
XinXin printing presses can be directly connected to zip-lock bag blown film machines or flatbed blown film machines, and used synchronously with bag-making machines, realizing fully integrated production of blown film, printing, and bag making. It eliminates intermediate winding and handling steps, increasing overall production efficiency by more than 20%.
Ultra-High Precision Multi-Color Printing
Supporting 2-6 color printing configurations, the equipment adopts high-precision color mark photocells and a constant tension control system, achieving a printing registration accuracy of ±0.1mm, ensuring stable pattern registration and vibrant colors, perfectly meeting the printing needs of complex brand logos and multi-pattern packaging.
Wide Compatibility & Broad Application Scenarios
Our printing machines are compatible with PP, PE, BOPP, PET, CPP, nylon, non-woven fabric and other flexible packaging materials, fully covering the flexible packaging needs of food, daily chemicals, electronics, medical, apparel and other industries.
Simple Operation & Easy Maintenance
Equipped with a PLC touch control system, the equipment realizes intuitive operation, automatic tension and drying control, greatly reducing manual intervention. The scientific structural design also facilitates quick daily maintenance, reducing the difficulty of equipment operation and maintenance for enterprises.
Energy-Saving & Environmentally Friendly Design
XinXin printing machines adopt a hot air circulation drying system and energy-saving motor configuration, which realizes fast ink drying while greatly reducing energy consumption, helping enterprises reduce production costs and achieve green production.
Super High Stability & Consistency
The whole machine adopts a thickened steel frame structure and a precision transmission system, which can maintain stable operation of the equipment and consistent quality of finished products even under long-term high-speed printing conditions, effectively reducing the defective rate.
In addition to standard equipment, XinXin focuses on providing personalized customization services for printing machines to meet the differentiated needs of different customers. We support customized adjustments including equipment width, number of color groups, compatible substrates, drying system configuration, etc. Our professional technical team will provide you with a one-stop intelligent printing solution according to your actual production scenarios and specific needs. No matter what special customization needs you have for flexible packaging printing equipment, our industry experts can provide you with targeted professional solutions.
With excellent product performance and professional customized services, XinXin has provided high-quality printing equipment and supporting services for many well-known domestic and foreign enterprises, including SVP India, Ziplock USA GLAD, IKEA, Heng'an Group, Camellia and other industry leaders. We have successfully delivered a number of benchmark projects, including BOPP Casing Tape Project, Non-woven Composite Film Zipper Project (European Eco-friendly Urine Bag Solution), Automated Snap-on Bag Fitting Project, helping customers achieve innovative upgrades from manual to automated production, and gain a stronger competitive advantage in the market.
Yes. We support global export of all accessories and spare parts. With extensive experience shipping to over 80 countries, we ensure efficient logistics to get the required parts to your production line promptly.
Replacement intervals depend on usage, but items like Teflon/Silicon belts or punching blades are typical consumables. We provide maintenance guidelines and these genuine parts are readily available for quick replacement to minimize downtime.
We use high-grade materials: high-temperature resistant Teflon for sealing belts, durable engineering plastics for reels, and precision-hardened steel for punching tools to ensure durability and consistent performance.
Absolutely. Our accessories, from punching units to film width controllers, are precision-engineered to match our machinery models, guaranteeing seamless integration and maintaining original equipment specifications.
Yes. Using our genuine accessories like Teflon belts and silicone belts ensures perfect fit, optimal performance, and long-term reliability for your zipper bag production line, protecting your investment.
Zippers are typically attached to non-woven fabric using ultrasonic welding or heat sealing, creating a strong, clean bond without the need for stitches or glue.
Many non-woven fabrics are washable, enhancing their reusability. The zipper closure also allows the bag to be sealed to keep contents clean.
Yes. They are ideal for high-quality silk-screen or digital printing, allowing for full-color, detailed brand logos and graphics for marketing purposes.
Non-woven fabric is durable, reusable, breathable, and offers excellent printability, making it a popular sustainable alternative to single-use plastic bags.
They are widely used as reusable shopping bags, promotional gift bags, packaging for clothing and shoes, and eco-friendly retail carry bags.
Yes. The handle is designed and reinforced (e.g., with patches or welding) to carry substantial weight, making it suitable for books, shoes, or multiple items.
They are made from thicker-gauge PE, PP, or laminated films for durability. Non-woven fabric is also a popular, eco-friendly material choice.
Benefits include easy carrying, secure zipper closure to protect contents, and a sophisticated appearance that enhances product value and brand image.
They are used for premium apparel, electronics, gifts, cosmetics, and high-end retail packaging where presentation and reusability are valued.
It's a premium bag featuring a punched or welded carry handle integrated with a zipper seal, combining convenience, security, and a upscale look.
In dedicated production lines, the zipper profile is extruded and heat-sealed to the film inline. Standalone machines can also attach pre-made zipper tape.
Bags made from a single material (like pure PE or PP) are more readily recyclable in dedicated streams, supporting sustainability goals.
Absolutely. Both PE and PP films accept high-quality flexographic or gravure printing, allowing for vibrant custom branding and product information.
PE bags (LDPE) are softer and more flexible, while PP bags are crisper, offer higher clarity, and have better moisture barrier properties.
They are excellent for packaging dry foods, stationery, small hardware, and non-food items where a reliable, resealable closure is needed.
They are often made from clear or printed LDPE film, providing good visibility of the product and sufficient strength for baked goods or produce.
Yes. Wicket bag makers are designed for continuous, high-speed production and automatic collection, making them perfect for high-volume items like bread bags.
The bag making machine automatically stacks finished bags and inserts a metal or plastic wicket through the holes, forming a neat, portable bundle.
They allow for quick, one-at-a-time dispensing at the point of sale (like bakeries or supermarkets), improving efficiency and customer service.
A wicket bag is a bag with pre-punched holes, collected on a "wicket" or rod. Used for bread, fruits, frozen foods, and hardware for easy dispensing.
Yes. Their consistent structure and easy-open mouth make them well-suited for automated filling and closing processes in various industries.
They are commonly made from HDPE or LDPE, chosen for their strength, flexibility, and cost-effectiveness for disposable or reusable carry bags.
Yes. A common variant is the "patch handle" bag, where a reinforcing patch is applied at the draw tape area to prevent tearing under heavy weight.
The draw tape allows the bag to be securely cinched closed and provides built-in handles for easy carrying, even for heavier loads.
They are ideal for supermarket shopping, produce packaging, garbage collection, and industrial liners, where a secure, drawstring closure is needed.
They are typically made from soft, flexible LDPE film, which provides good tear resistance and a protective barrier for the hygiene products inside.
After-sales issues
Pre sales issues
Customized issues
Environmentally friendly materials
Integrated production lines
Maximising your return on investment