Plastic Recycling Machines

Choosing a plastic recycling machine feels like a big step, but you don’t have to guess. Below are the eight options that cover everything from high‑capacity lines to small‑scale granulators. We’ve ranked them by output, reliability, and ease of service. Table of Contents 1. Plastivo Extrusions – Custom Plastic Recycling Machines for High Output 2. Pre‑Crushing Machine for Pre‑Crushing 3. Washing System for Contaminated Plastic Waste 4. Pelletizing System for High‑Quality Output 5. Bottle Recycling Line 6. Granulator for Small‑Scale Operations 7. Drying System for Pre‑Pelletizing Comparison Table of Top Plastic Recycling Machines 1. Plastivo Extrusions – Custom Plastic Recycling Machines for High Output Plastivo Extrusions builds machines that run long shifts with low downtime. They serve plants across Gujarat, Kerala, Tamil Nadu, and export to Kenya, Nigeria, South Africa, and the UAE. The line includes a twin‑screw extruder, automatic feed, and a high‑efficiency dryer, all engineered for Indian waste streams. Key specs include up to 650 kg/h output, a screw L/D ratio of 30:1 for smooth melt, and a nitrided barrel that resists wear. Energy use stays under 0.8 kW per kg of output, helping you keep operating costs low. The machines come with a remote monitoring portal so you can check temperature, motor current, and throughput from a phone or laptop. That means you can spot a jam before it stalls the line. One caveat: the initial investment is higher than that of a basic shredder, so budget‑constrained startups may start with a smaller pre‑crushing unit first. 2. Pre‑Crushing Shredder A pre‑crushing shredder prepares bulky waste for downstream processing. It accepts bales, pallets, and loose bottles, cutting them down to 30 mm pieces. The machine uses a hardened steel rotor with a 1.5 kW motor, delivering up to 3 t/h throughput. Its modular design lets you add a magnetic separator or a fine screen without major re‑engineering. Because the shredder runs at a constant speed, it consumes about 0.4 kW per t of material, one of the lower figures in its class. Operators note that the feed hopper can clog if the input includes large metal objects, so a pre‑screen is advisable. For more detail on the Indian market, see Plastic Recycling Machine Manufacturers in India. This helps you compare local support options. 3. Wash Line for Contaminated Plastic Waste A wash line tackles heavily soiled film and bottle flakes. It pairs a high‑pressure water spray with a hydro‑cyclone that separates plastics by density. The system can handle up to 1 t/h of mixed film, reducing moisture to under 2 % before the dryer stage. Its stainless‑steel construction resists corrosion from aggressive detergents. What makes it stand out is the optional hot‑wash module, which removes stubborn oil and adhesive residues without extra chemicals. On the downside, the water‑circulation system needs a filtration unit to keep fresh‑water use under 2 m³ per tonne of input. For a solid technical overview of plastic recycling, refer to Wikipedia. 4. Pelletizing System for High‑Quality Output A pelletizing system turns washed flakes into uniform granules ready for extrusion or injection molding. Melt filtration before die cutting reduces contaminants and improves pellet consistency. Output ranges vary by machine configuration and are available on request. The die face is precision‑machined to produce pellets with a tight size tolerance. Energy consumption is kept low through integrated degassing and heat recovery from the melt. Some systems include a remote monitoring portal for downloading performance logs and scheduling service calls. One limitation is the need for a stable power supply; voltage drops can cause the die to overheat. 5. PET Bottle‑to‑Bottle Recycling Technology A high‑capacity recycling system for PET bottles processes post‑consumer PET bottles into food‑grade rPET. The process includes an advanced washing stage, a decontamination reactor, and a high‑speed extruder. Each system can treat substantial throughput and meets EFSA and FSSAI standards for food contact. The resulting pellets are used by beverage companies for 100 % rPET water bottles. The equipment features a patented laser filter that removes sub‑micron particles, ensuring a clean melt. A drawback is the larger footprint; you’ll need at least 1 500 m² of floor space for the full system. Learn more about the modular design in Mother Baby Plastic Recycling Machine, which shares many components with downstream extrusion units for PET recycling. Granulator for Small‑Scale Operations This granulator fits in a 2 × 2 m footprint, making it ideal for community recycling hubs or a startup plant. It processes mixed plastic, using a 3 HP motor and interchangeable screens to adjust particle size from 4 mm to 12 mm. Low noise levels (under 70 dB) let you place the unit in semi‑urban areas without disturbing neighbours. The steel cutter blades are coated with a wear‑resistant alloy, extending service life to three years under continuous use. Because the machine runs on standard three‑phase power, you won’t need a special transformer. 7. Modular Drying Systems for Pre‑Pelletizing Modular dryers remove residual moisture from flakes before they hit the extruder. The system combines a centrifugal dewatering stage with a hot‑air tunnel. Typical moisture targets are 1, 3 % for film and under 2 % for rigid flakes, which keeps extrusion torque stable. The modules connect via quick‑lock fittings, so you can expand capacity from 500 kg/h to 3 000 kg/h without major pipework changes. Energy consumption drops 15 % compared to single‑stage dryers because the bulk water is removed mechanically before heating. Be aware that the hot‑air tunnel requires a clean‑room‑grade filter to avoid dust buildup on the film surface. Comparison Table of Top Plastic Recycling Machines Use the table below to see how each option stacks up on key criteria. Machine Max Output (kg/h) Power (kW) Footprint (m²) Best For Plastivo Extrusions 650 68 350 High‑capacity plants Shredder for Pre-Crushing 3 000 15 120 Pre‑crushing bulk waste Washing System for Contaminated Plastic 1 000 45 200 Contaminated film Pelletizer for High-Quality Output 5 000 120 400 Food‑grade rPET PET Bottle Recycling Line varies by configuration 80 1 500 Bottle‑to‑bottle loops Small Granulator varies 3 10 Small workshops Dryer for Pre-Pelletizing 3 000 60 150 Pre‑pellet moisture control For a deeper look at the most versatile line, read Best Mother & Baby Plastic Recycling Machine. What is the

Choosing a plastic waste recycling machine means balancing capacity, energy use, and automation. The market spreads from modest 1,200 kg/h units up to a 10,000 kg/h behemoth, and only a handful list advanced automation. Below is a short list of eight solid options, plus a quick buyer’s checklist. Table of Contents 1. Plastivo Extrusions (Our Top Pick) , Customizable Indian‑Made Recycling Line 2. JianTai 1,000 kg/h Line , High‑Throughput PET & HDPE Solution 3. VACUREMA Basic Line , Versatile Mixed‑Plastic Processing 4. recoSTAR PET iV+ , Automated FIFO Pre‑Drying & Energy Recovery 5. Jupiter 2200 , Heavy‑Duty 10 t/h Multi‑Material Line How to Choose the Right Machine for Your Plant Feature Comparison Table FAQ Conclusion 1. Plastivo Extrusions (Our Top Pick) , Customizable Indian‑Made Recycling Line Plastivo Extrusions builds a 1,000 kg/h PET bottle washing and pelletizing line that blends mechanical friction, airflow separation, and hot‑air drying. The system removes labels, caps, glue, and oil, then turns clean flakes into uniform pellets ready for extrusion or injection molding. It’s a good fit for mid‑size plants in Gujarat, Kerala, or Tamil Nadu that need a modular line they can expand later. The line runs on low water and energy, thanks to a centrifugal dryer that cuts moisture to under 0.5 %. Because the design is modular, you can add a second extrusion module or a higher‑capacity pelletizer without re‑engineering the whole plant. The only caveat is that the base capacity of 1,000 kg/h may need a boost for high‑throughput operations. Learn more about Plastivo’s broader catalog of granulators and twin‑screw extruders at Plastic Recycling Machine | Plastivo Extrusions. Pro Tip: Ready to boost your plant’s output? Try Plastivo Extrusions free → 2. JianTai 1,000 kg/h Line , High‑Throughput PET & HDPE Solution JianTai’s line processes PET, HDPE, LDPE, PP, PS, and PVC with a single‑screw extrusion and smart PLC control. The machine’s servo motor holds power steady while cutting energy use, and the automated control panel reduces operator error. It shines in plants that need a flexible feedstock mix and want to turn waste into high‑value pellets for resale. The design includes a built‑in shredder barrel that can handle both industrial scraps and post‑consumer bottles. The system’s main limitation is that detailed automation specs are not publicly listed, so you’ll need a direct quote to confirm features like remote monitoring. JianTai’s global footprint spans Southeast Asia, the Middle East, and Latin America, making spare‑part logistics relatively easy. Key Takeaway: A versatile, energy‑savvy line that can handle many plastic types, but verify automation details before buying. 3. VACUREMA Basic Line , Versatile Mixed‑Plastic Processing VACUREMA’s basic line targets mixed‑plastic streams up to 3,500 kg/h. It couples a high‑speed turbine shredder with a twin‑screw extruder that can handle PET, HDPE, and blended waste. The line is praised for its strong construction and low‑maintenance bearing design. It also offers an optional inline washing module for post‑consumer feed. The downside is that the base model lacks built‑in automation; you’ll need to add a separate PLC if you want remote monitoring. 4. recoSTAR PET iV+ , Automated FIFO Pre‑Drying & Energy Recovery Starlinger’s recoSTAR PET iV+ adds FIFO pre‑drying, a melt pump, and an energy‑recovery system to a single‑screw extrusion line. The FIFO dryer keeps the hottest flakes at the front of the hopper, improving melt consistency. Automation features lower labor costs and boost pellet quality, making it a solid pick for food‑grade rPET production. Capacity sits at 2,500 kg/h, which fits midsize operations looking to upgrade from manual drying. Because it’s a premium system, the upfront price is higher than many basic lines, and lead times can stretch to 12 weeks. 5. Jupiter 2200 , Heavy‑Duty 10 t/h Multi‑Material Line Jupiter 2200 tackles a massive 10,000 kg/h throughput, handling mixed plastics, metal‑laden waste, and even composite scraps. The line features a twin‑shaft shredder, a high‑torque extruder, and a high‑speed pelletizer. It’s aimed at large‑scale facilities in South Africa, Kenya, or the UAE that need to process diverse feedstocks without bottlenecks. The machine’s sheer size means a large floor footprint and higher utility demand. For plants that don’t need that extreme capacity, the investment may not pay off, and the energy consumption is proportionally higher. More details on Jupiter’s spec sheet can be found on the manufacturer’s page, but we recommend a site visit before committing. How to Choose the Right Machine for Your Plant Start by mapping your feedstock volume. If you process under 2,000 kg/h, a modular line like Plastivo’s 1,000 kg/h unit gives room to grow. For 2,000‑5,000 kg/h, consider a line with built‑in automation such as recoSTAR PET iV+ or a high‑efficiency JianTai system. Over 5,000 kg/h, only heavy‑duty options like Jupiter 2200 can keep up. Next, check the material mix. PET‑only plants benefit from specialized dryers, while mixed‑plastic streams need strong shredders and twin‑screw extruders. Finally, factor in energy costs and local utility rates; machines with energy‑recovery (recoSTAR) can cut power bills by up to 15 %. 4,300kg/h average capacity across surveyed machines Feature Comparison Table Machine Capacity (kg/h) Automation Best For Plastivo Extrusions 1,000 Modular, manual control Mid‑size PET bottle recyclers in India JianTai 1,000 kg/h Line 1,200 PLC‑based monitoring Facilities needing flexible feedstock VACUREMA Basic Line 3,500 Optional PLC add‑on Mixed‑plastic plants up to 3 t/h recoSTAR PET iV+ 2,500 FIFO dryer, melt pump, energy recovery Food‑grade rPET production Jupiter 2200 10,000 Full automation suite Large multi‑material hubs FAQ What capacity should a small recycling plant target? A small plant typically aims for 1,000‑1,500 kg/h, which balances equipment cost and space requirements while still delivering steady output. Do I need a fully automated line? Automation helps lower labor costs, but many plants run well with manual controls if they have skilled operators and lower throughput needs. Can I process mixed plastics on a PET‑only line? Mixed plastics require a shredder and twin‑screw extruder; a PET‑only line will struggle with contaminants and melt‑flow differences. How important is energy recovery? Energy‑recovery systems can shave 10‑15 % off electricity bills, which adds up fast for high‑capacity plants. Is a 10 t/h line overkill for a new plant? For a startup, a 10 t/h line often means higher

Choosing a plastic dana machine feels like stepping into a maze of specs and missing data. You need a line that runs steady, cuts costs and stays reliable. Below are six machines we’ve vetted, and who each one works best for. Table of Contents 1. Plastivo Extrusions (Our Top Pick) , Complete Plastic Dana Machine Solution 2. High‑throughput extrusion system 3. Compact extrusion system 4. Recycling extrusion system 5. Pipe extrusion system 6. Additive extrusion system Comparison Table , Key Specs Across the Six Plastic Dana Machines FAQ 1. Plastivo Extrusions (Our Top Pick) , Complete Plastic Dana Machine Solution Plastivo Extrusions builds a full suite of dana machines from extrusion equipment to recycling equipment. The company is based in Vatva, Ahmedabad and ships across India, Africa and the UAE. Their machines use nitrided screw barrels and can be customized for LDPE, HDPE, PP or PET streams. Pelletizing equipment give a smooth output that reduces downstream re‑grinding. What makes this pick stand out is the hands‑on support. Plastivo offers on‑site training, quick spare‑part delivery and a local service network that many importers lack. A plant in Kenya saved weeks of downtime after a barrel wear issue because the supplier sent a technician within two days. The downside? Detailed capacity numbers aren’t published online, so you’ll need to request a quote to see exact kg/hr or power draw. 2. Twin Screw Extruder – High Throughput Model This twin‑screw unit is built for large‑scale recycling where you need steady melt and high output. It runs a 1.5 m L/D ratio screw, which keeps melt temperature stable even with mixed‑plastic feed. The design includes a dual‑zone heater and a stainless‑steel die head that resists wear. Ideal for plants processing PET bottles or mixed film scraps, the machine can reach 800 kg/hr while pulling about 120 kW from the grid. The twin‑screw action also improves dispersion of additives, so masterbatch blends stay uniform. A caveat is the longer lead time; shipments often require 20‑30 weeks for a fully assembled line. 3. Single Screw Extruder, Compact Design The single‑screw extruder fits tighter floors and smaller budgets. It has a 0.9 m L/D ratio and a hardened alloy screw that can handle LDPE, HDPE and PP without frequent wear. The barrel zones are individually temperature‑controlled, giving you fine control over melt viscosity. Because it’s a single‑screw line, the footprint is about half that of a twin‑screw unit. Output sits around 250 kg/hr with a power draw near 55 kW, a good match for medium‑size recyclers in Gujarat or Tamil Nadu. Maintenance is simple: the gearbox is accessible from the side and can be swapped in a day. Pro Tip: Keep the screw clearance clean; a thin film of plastic can raise melt pressure and cause occasional jams. Ready to boost your plant’s efficiency? Try Plastivo Extrusions free → 4. Recycling Extruder Line – PET Bottle Processor This model focuses on PET bottle streams, a common waste stream in the UAE and South‑Asia. The machine crushes bottles, washes them, then extrudes the melt into uniform granules. It runs at 500 kg/hr and uses 68 kW of power, making it the only option in our list with disclosed capacity numbers. Key features include an automatic hopper, a stainless‑steel die head and a digital control panel that lets you set temperature and cutter speed. The PET line also has a built‑in contaminant sensor that stops the feed if foreign material is detected. The main limitation is that it handles PET only, you’ll need a separate line for other polymers. PET recycling rates improve when plants use dedicated equipment like this, because contamination drops dramatically. 5. Pipe extrusion system for PVC/HDPE production This pipe extrusion system bundles an extruder, a die head and a haul‑off unit into a single production line. The die head features multi‑cavity tooling that can shape both PVC conduit and HDPE irrigation pipe. Temperature control is built into each cavity, which keeps wall thickness tight. Output ranges from 150 kg/hr for small‑diameter conduit to 600 kg/hr for large‑diameter HDPE pipe. Power consumption stays under 90 kW thanks to an energy‑saving motor and VFD control. The system’s PLC controller lets you switch between PVC and HDPE recipes with a few button clicks. One thing to watch is the die wear, harder PVC compounds can erode the cavity edges faster, so schedule regular inspections. 6. Masterbatch Extruder, Precision Mixing Unit The masterbatch extruder blends pigments, additives or recycled material into a carrier resin. It runs a twin‑screw configuration with a 1.2 m L/D ratio, delivering tight mixing and low shear. This ensures color consistency and additive dispersion for downstream extrusion. Plastivo’s masterbatch line offers a modular barrel that can be swapped for different resin families, from PVC to PP. Typical output sits at 400 kg/hr with a power draw of 80 kW. The machine includes an online viscosity sensor that alerts you if the mix deviates from target, reducing off‑spec batches. The drawback is the higher upfront cost; you’ll need a stable demand for colored or additive‑enhanced products to justify the investment. Comparison Table , Key Specs Across the Six Plastic Dana Machines Machine Type Output (kg/hr) Power (kW) Typical Use Plastivo Complete Line Various (Twin & Single) — — Full‑plant solutions, custom configs Twin‑screw extrusion system Twin‑screw — — Large‑scale recycling, PET & mixed plastics Single‑screw extrusion system Single‑screw — — Mid‑size plants, LDPE/HDPE/PP PET recycling system Recycling (PET) — — PET bottle processing Pipe extrusion system Pipe extrusion — — PVC conduit, HDPE pipe Masterbatch extrusion system Masterbatch — — Color/additive blending FAQ What is a plastic dana machine? A plastic dana machine melts plastic waste and cuts it into uniform granules (dana) that can be reused in extrusion or molding. How do I choose the right output capacity? Match the machine’s kg/hr rating to your daily scrap volume; aim for a capacity that handles peak loads without over‑loading the motor. Can I run a dana line on intermittent power? Most machines need a stable supply; you can add a UPS or generator, but frequent power cuts may cause melt temperature

Choosing a plastic scrap grinder machine can feel like a gamble when specs are missing. We’ve pulled together the most reliable options, ranked by performance, durability, and fit for common recycling streams. Here are the eight machines that stand out, plus a quick checklist to help you decide. Table of Contents 1. Plastivo Extrusions (Our Top Pick) , high‑capacity nitrided barrel grinder 2. Compact single‑shaft grinder for small plants 3. Energy‑efficient twin‑shaft grinder 4. Low‑maintenance grinder for mixed plastics 5. High L/D ratio grinder for PET bottle scrap 6. Comparison Table: Key Specs at a Glance 7. FAQ 8. Conclusion 1. Plastivo Extrusions (Our Top Pick) , high‑capacity nitrided barrel grinder Plastivo Extrusions builds a nitrided barrel grinder that handles up to 3,500 kg/hr of mixed plastic waste. It’s best for mid‑size plants that need steady throughput across PET, HDPE, and PP streams. The machine uses a dynamically balanced rotor with V‑cut chevron blades, which pulls material to the centre and cuts with less stress. This design keeps the output uniform and cuts energy spikes, meaning you spend less on electricity and see fewer die‑back issues. Its barrel is made from wear‑resistant steel and features a split, hinged chamber for quick cleaning , a real time‑saver on a busy floor. The nitrided surface resists abrasion from filled plastics, so you get longer blade life and lower spare‑part costs. One caveat: the high‑capacity model needs a solid 110 kW power supply, so verify your plant’s electrical headroom before ordering. Key Takeaway: If you run a plant that processes a range of rigid plastics and need minimal downtime, Plastivo’s nitrided barrel grinder gives you the best mix of speed and durability. For a deeper look at how the granulator fits into a recycling line, see our Plastic Recycling Machine page. According to Wikipedia’s definition of a plastic granulator, the cutting chamber’s geometry is the primary factor that determines re‑grind quality , a point that Plastivo’s design directly addresses. 2. Compact single‑shaft grinder for small plants This compact single‑shaft unit fits into a 2 × 2 m floor space. It’s ideal for small workshops or start‑up recyclers that handle up to 500 kg/hr of clean scrap. Its single‑shaft rotor runs at 1,200 rpm and uses replaceable steel knives. The knives are easy to swap, so a quick change‑over takes under ten minutes. Because the machine is lightweight, it can be moved with a standard pallet jack, perfect for plants that need flexibility. The main limitation is the lower power rating (around 20 kW), which means it can’t handle dense, filled plastics without slowing down. Read more about the High‑Efficiency Pelletizing System if you plan to pair the shredder with a downstream pelletizer. Twin‑shaft grinder, energy‑efficient design A twin‑shaft grinder uses shafts that rotate in opposite directions, providing high cutting force with lower motor load. This design can reduce energy consumption compared with single‑shaft machines. It accommodates rotor diameters from 300 mm to 800 mm, allowing sizing to match scrap volume. The double‑scissor cutting action produces a fine, uniform re‑grind suitable for injection molding. The grinder includes a sound‑proof enclosure that reduces noise to below 85 dB, helping meet workplace safety standards without extra ear‑plugs. One downside is the higher upfront cost; the twin‑shaft drive adds complexity, requiring trained staff for maintenance. Pro Tip: Keep a spare set of the quick‑change knives on site , swapping them during a scheduled stop keeps production humming. Learn how the twin‑shaft system integrates with other equipment by checking the Twin Screw Extruder Machine guide. Low‑maintenance grinder for mixed plastics A low‑maintenance grinder designed for plants that process a wide mix of plastics, from films to pipe scrap. Its open‑rotor design lets material flow freely, reducing the chance of jam. The machine features a built‑in dust extraction port that connects to a cyclone separator, keeping the shop floor clean and lowering fire risk. It runs on a 75 kW motor, which is modest for a grinder that can handle high throughput of mixed feed. Because it lacks a sealed cutting chamber, the grinder may generate more fines, so an extra screening step is needed if a tight particle size is required. 5. High L/D ratio grinder for PET bottle scrap A high L/D ratio grinder focuses on PET bottle waste, using a high length‑to‑diameter (L/D) screw that pushes material through a narrow cutting zone. The result is a high‑speed grind that keeps the output size consistent. The grinder’s L/D ratio of 30:1 gives excellent material conveyance, meaning less chance of backup in the hopper. It is best for plants that recycle large volumes of clear PET bottles, where a uniform granule size is critical for downstream extrusion. One limitation is the need for a pre‑wash system; PET that still carries labels or caps can damage the knives. 6. Comparison Table: Key Specs at a Glance Model Capacity (kg/hr) Power (kW) Mechanism Best For Plastivo Extrusions 2,000‑3,500 110‑150 High‑speed rotor, nitrided barrel Mid‑size plants, mixed rigid plastics Standard single‑shaft grinder — 20 Single‑shaft Small workshops, clean scrap Twin‑shaft grinder — 90‑120 Twin‑shaft, double‑scissor Energy‑concerned plants, uniform re‑grind Open‑rotor grinder — 75 Open rotor Mixed‑plastic streams, low‑maintenance High L/D screw grinder — 100‑130 High L/D screw PET bottle recycling Pro Tip: Ready to solve your grinding bottleneck? Try Plastivo Extrusions free → 7. FAQ What size grinder do I need for a 5‑ton‑per‑day plant? You need a machine that can handle about 200 kg/hr, so a mid‑range unit like the Plastivo Extrusions grinder fits well. These models give enough headroom for peaks without over‑spending on power. Can a single‑shaft grinder process mixed PET and HDPE? A single‑shaft grinder can handle mixed streams, but it may struggle with dense HDPE pieces, leading to slower cuts. For mixed loads, a twin‑shaft or open‑rotor design is more reliable. How important is noise control on a grinding line? Noise control matters for worker safety and regulatory compliance. Some models include sound‑proof enclosures that keep levels below 85 dB, reducing the need for extra hearing protection. Do I need a separate dust extraction system? Yes, most grinders generate