High Precision Bending – Accurate angles, consistent results
Strong & Durable Structure – Built to last for years
User-Friendly CNC System – Easy to operate, save labor
Energy Efficient – Lower power consumption, cost-saving
Fast Bending Speed – Improve your productivity
Customizable Solutions – Meet your specific needs
High Efficiency and Automation
High Precision and Versatility
Energy Efficiency, Environmental Protection, and Easy Maintenance
Precise and fast: ±0.05 mm accuracy with a cutting speed up to 10 mm/min.
Energy saving and eco-friendly: high-energy-efficiency laser with no pollution.
Smart control: advanced CNC for automated operation with consistent accuracy.
Flexible use: cuts complex graphics and irregular materials.
Rapid mold change with a tool library and memory system
Automatic loading/unloading and 24/7 operation
Multi-task processing: 1 machine replaces 3-5
Laser positioning + servo motor compensation, bending error ≤0.1°
Simulation preview: import drawings to simulate the bending process
Ultimate efficiency, reshaping processing speed
Micron-level precision, achieving perfect details
One-click intelligence, operation has never been so simple
Save materials and money, every cut counts
All-rounder, one machine handles complex processes
Every stretch film roll has an end of life, and how a brand answers that question is now a real part of the sourcing decision. Conventional LLDPE and LDPE stretch film was designed to be durable, not to disappear - so at the end of its useful life it must either be recycled into a lower-grade product or it persists in the environment for decades. This article compares the two practical end-of-life pathways - recycling and biodegradation - and shows how a packaging buyer can choose the route that actually fits their market.
Standard stretch film is a single-polymer material (LDPE or LLDPE), which in principle makes it recyclable. In practice the recycled stream is weak: film is low-density, often contaminated with food residue, ink, or mixed polymers, and it is expensive to clean. Most recovered film ends up as downcycled products - bags, bins, or pipe - not as new stretch film, and a large share of the total never reaches a recycling facility at all because it is small, dirty, and mixed into general waste. For a buyer exporting into markets with tight plastic-waste rules, that leakage is the core problem.
Recycling works best when the film is clean, single-polymer, and collected in a dedicated stream. Practical steps for a brand include: using a single colour or a clearly separable film to keep the recycling feedstock consistent; asking customers to remove tape and labels before returning film; and partnering with a recycler who accepts stretch film specifically rather than general plastic. Where a reliable recycling stream exists, clean LLDPE film can be re-processed into new film or rigid products, and the material value recovered is real - but it is a logistics chain, not a guarantee, and it only works where the infrastructure follows the customer.
Biodegradable stretch film takes a different approach: the polymer is designed to break down into water, carbon dioxide, and organic matter after use, rather than persisting. The most mature versions blend a bio-based or biodegradable component - such as PLA-based or starch-blend systems - with the polyolefin to keep the stretch and cling performance buyers expect, while adding a controlled degradation pathway once the film leaves the packaging chain. These products are certified to standards such as EN 13432 or ASTM D6400, which define the rate and completeness of degradation under industrial composting conditions. The trade-off is that true compostable film needs the right end-of-life environment - a certified composting facility - to perform as claimed, which is why specification matters as much as the label.
The right end-of-life strategy depends on where the packaging actually ends up. In markets with mature film-recycling programmes, a clean, single-polymer recyclable film paired with a take-back scheme is often the most credible choice. In markets where film-recycling infrastructure is thin but composting is available, a certified biodegradable blend can close the loop better. A practical, low-risk approach is to run both in parallel: keep a high-performance recyclable line for customers with recycling access, and offer a certified biodegradable line for customers who need a documented end-of-life story for their own compliance or branding. The key is to match the claim to the infrastructure that actually exists for that customer, and to keep the certification paperwork for both.
Our R&D team tests every film line against a defined end-of-life pathway before it is released - either a clean, recyclable single-polymer specification or a certified biodegradable blend - and we document the result with third-party test reports so the claim stands up to audit. That discipline is part of why our product range is built around verified performance, not marketing language; see our R&D Team page for how we run material testing, and our Why Choose Us page for the quality standards behind each line.
If you are trying to decide between a recyclable and a biodegradable stretch film for a specific market, our team will map the two options against your destination’s waste infrastructure and send you the relevant certification reports for a sample evaluation. Contact us directly to start that comparison.
Request an End-of-Life Certification Pack
