ZL-PC1200B High Precision Plastic Shredder 44kW 2000kg/h Precision
Precision OEM operations producing high-spec plastic parts (3D printing waste, medical injection molding, precision components) require crusher capacity that produces uniform flake size for direct downstream processing. The ZL-PC1200B High Precision Plastic Shredder delivers 2000 kg/h throughput with 30 premium-grade SKD-11 blades and precision screen range (4-16 mm) that precision OEM applications demand.
| Model | ZL-PC1200B | Power | 44 kW (60 HP) |
| Voltage | 3-Phase 380V / 50Hz (Customizable: 220V/415V/440V/480V) | Motor Speed | 1480 rpm |
| Capacity | 2000 kg/h | Feed Opening | 950 x 580 mm |
| Rotating Blades | 30 pcs SKD-11 (Premium Grade) | Fixed Blades | 4 pcs SKD-11 (Premium) |
| Screen Hole | 4-16 mm (precision range) | Net Weight | 2600 kg |
| Machine Size (L x W x H) | 2300 x 1750 x 2500 mm | Crushing Chamber | 1000 x 620 mm |
| Material Compatibility | PET, PP, PE, PVC, ABS, PS, PC, PMMA, PA, PU, PEEK | Noise Level | max 78 dB (with acoustic enclosure) |
| Warranty | 2 years (extended) | Certifications | CE / ISO 9001:2015 / FDA-compatible |
The ZL-PC1200B uses 30 premium-grade SKD-11 rotating blades (vs 28 standard on PC1200A), paired with 4 premium fixed blades, giving 60 active cutting events per rotor revolution (vs 56 standard). Premium-grade SKD-11 has tighter hardness tolerance (±0.5 HRC vs ±1.0 HRC standard), ensuring uniform cutting edge geometry across all blades.
The 30-blade rotor geometry was selected for precision applications requiring consistent flake size distribution. The PC1200B produces 95% of output within ±1 mm of target screen size (vs 90% for PC1200A standard). For precision OEM applications downstream pelletizing or direct re-extrusion, the tighter flake size distribution reduces screening requirements and improves pellet quality.
The ZL-PC1200B offers precision screen range 4-16 mm (vs standard 8-18 mm on PC1200A). The smaller screen sizes (4-6 mm) enable precision applications: 3D printing waste recycling (5 mm flake suitable for re-extrusion into filament), medical injection molding (4-6 mm flake for direct re-granulation), precision component manufacturing (6-8 mm flake for quality re-extrusion).
The wider precision range (up to 16 mm) maintains the standard capability for general-purpose applications. The ZL-PC1200B's precision screen capability (4 mm minimum) is the primary differentiator from PC1200A for precision OEM applications requiring tighter flake size specifications.
3D printing operations (FDM/FFF technology) generate support material waste and failed print waste that can be recycled into new filament. The ZL-PC1200B's 5 mm screen produces flake within the size range suitable for filament extrusion (typically 3-5 mm). The precision flake size distribution (95% within ±1 mm of 5 mm target) eliminates the additional screening step that PC1200A's standard 8 mm screen output requires.
For 3D printing service bureaus generating 200-500 kg/day of waste PLA/ABS/PETG, the ZL-PC1200B enables closed-loop filament production at USD 5-8/kg cost (vs USD 25-40/kg virgin filament). Monthly savings for a mid-size 3D printing operation: USD 12,000-25,000. Payback period: 3-5 months.
Medical injection molding operations produce precision plastic components (syringes, IV components, diagnostic device housings) that require FDA-compliant material recycling. The ZL-PC1200B's premium build quality (tighter tolerances, FDA-compatible lubricants, SS316L option for contact parts) supports medical-grade recycling applications.
For medical device manufacturers, the ZL-PC1200B's premium precision and compliance features enable closed-loop medical-grade plastic recycling that PC1200A cannot support. The 2-year extended warranty (vs 1-year standard) is essential for medical device quality system compliance.
The ZL-PC1200B's precision build produces uniform particle distribution: 95% of output within ±1 mm of target screen size, 99% within ±2 mm. The PC1200A standard produces 90% within ±1 mm and 95% within ±2 mm. The 5% improvement in particle uniformity translates to 5-10% improvement in downstream pellet quality.
For precision OEM applications, the uniform particle distribution reduces the variability in downstream processing (extrusion, injection molding). Higher uniformity means fewer rejected parts in the final product, improving overall production economics.
The ZL-PC1200B ships with enhanced system integration features: built-in Ethernet Modbus TCP (standard), optional Profinet/EtherNet/IP gateway (USD 480), built-in vibration analysis (vs optional for PC1200A), and 2-year warranty (vs 1-year). The enhanced integration supports precision OEM applications that require higher reliability and longer equipment life.
For precision OEM operations, the enhanced integration features reduce unplanned downtime and extend equipment life. The 2-year warranty covers 100% of the typical precision OEM operation's payback period, reducing financial risk on the capital investment.
Q: What is the smallest screen size the ZL-PC1200B supports?
4 mm screen (vs 8 mm minimum on PC1200A standard). The 4 mm screen enables precision applications including 3D printing waste recycling, medical injection molding, and precision component manufacturing. Smaller screens (2-3 mm) are not recommended due to reduced throughput and increased blade wear.
Q: How does the precision build affect blade life?
Premium-grade SKD-11 blades have 800-1200 hour edge retention (vs 800-1200 for standard). The tighter hardness tolerance means uniform blade wear across all blades, requiring less frequent sharpening cycles. Most precision OEM operations sharpen blades every 6-8 weeks.
Q: What is the warranty difference vs PC1200A?
The ZL-PC1200B ships with 2-year warranty (vs 1-year for PC1200A). The extended warranty covers 100% of typical precision OEM operation's payback period, reducing financial risk on the capital investment.
Q: Is the ZL-PC1200B suitable for FDA-compliant applications?
Yes, with FDA-compatible lubricants and SS316L option for contact parts. The precision build supports medical device and pharmaceutical applications requiring FDA-compliant material handling.
Q: What is the throughput difference between PC1200A and PC1200B at 4 mm screen?
PC1200A at 4 mm screen: 800-1000 kg/h. PC1200B at 4 mm screen: 1200-1400 kg/h (50% higher throughput due to premium blade geometry and 30 vs 28 blades). At standard 8 mm screen, both machines achieve 2000 kg/h.
The ZL-PC1200B is the premium variant of the ZL-PC1200 series, sharing the 44 kW motor and 2,000 kg/h platform with the ZL-PC1200A but engineered with specialty materials, sound engineering, and cleanroom integration for the most demanding industry applications. For other applications or upstream pre-shredding in a two-stage recycling line, consider these related models and engineering resources:
The ZL-PC1200B High Precision delivers consistent particle size within plus or minus 1.5 mm of the target screen size when running at 70 to 90 percent of rated throughput. This is achieved through the precision-balanced rotor (ISO 1940 G2.5 versus the standard G6.3), dynamically aligned cutting geometry, and wear-resistant HARDOX 450 cutting chamber liner.
Three engineering improvements deliver precision: (1) the rotor is balanced to ISO 1940 G2.5 versus the standard G6.3, reducing vibration by 60 percent; (2) the cutting chamber geometry is dynamically aligned at factory assembly and field-adjustable; (3) the cutting chamber is lined with HARDOX 450 wear-resistant steel to maintain tolerance over blade life.
Precision particle size matters in four applications: (1) downstream optical sorting (NIR requires consistent flake size for accurate polymer identification); (2) melt filtration (consistent flake improves extruder throughput); (3) compounding (consistent particle size enables accurate dosing); (4) specialty applications like rotational molding and powder coating.
Precision rotor balancing reduces vibration, which allows running closer to the upper throughput limit. The ZL-PC1200B delivers 2,000 to 2,200 kg/h sustained, approximately 5 to 10 percent above standard models due to the tighter mechanical tolerances.
Standard screens are 6, 8, 10, 12, 16, 20, and 25 mm. Custom screens down to 4 mm and up to 40 mm are available on request. For tight-tolerance applications, ZILLION recommends the 8 mm or 10 mm screen, which produces the most consistent particle distribution.
The HARDOX 450 wear-resistant liner extends cutting chamber tolerance life by 3 to 5 times compared to standard mild steel chambers. Combined with the four-edge indexable SKD-11 blades, the ZL-PC1200B maintains plus or minus 2 mm particle size tolerance for 1,500 to 2,000 hours between blade changes.
The ZL-PC1200 series delivers 44 kW of motor power at 2,000 kg/h of rated throughput. The following five worked examples let you verify throughput, lifecycle cost, and return-on-investment for your specific application before purchasing. All calculations use conservative operating assumptions and can be re-run with your site-specific energy rate, labor cost, and feedstock moisture content.
Question: How many tons per day can the ZL-PC1200 actually process in a real plant?
Calculation:
Interpretation: A single ZL-PC1200 delivers mid-sized plant throughput. For comparison, the larger ZL-PC1400A delivers 34 tons/day at 55 kW power, and the ZL-PC1400B delivers 60 tons/day. If your application requires more than 30 tons/day consistently, consider the PC1400A.
Question: What is the fully-loaded cost per ton over a 5-year life cycle?
Assumptions: 27 tons/day × 26 days/month × 12 months/year × 5 years = 42,120 tons over 5 years. Energy rate: $0.08/kWh. Labor: $5/hour for one operator.
Annual costs:
Total 5-year cost: ($4,000 + $9,799 + $1,900 + $400 + $24,960 + $1,000) × 5 = $210,295
Cost per ton over 5 years: $210,295 / 42,120 tons = $4.99/ton
Interpretation: At $4.99 per ton fully-loaded, the ZL-PC1200 is competitive with mid-size industrial shredders in the 1,500 to 2,000 kg/h class. Plants with lower energy rates (large industrial contracts at $0.05/kWh) can drive this below $4.50/ton; plants with higher labor costs push it toward $6.00/ton.
Question: How long do the SKD-11 blades last and what is the per-ton blade cost?
Calculation:
Interpretation: At 19 cents per ton, blade resharpening is a small fraction of TCO (about 3.8% of $4.99/ton). The four-edge indexable design effectively gives 4,000 to 4,800 hours between resharpening cycles, reducing labor cost as well.
Question: If we currently run a ZL-PC800 (30 kW / 1,000 kg/h), what is the payback period for upgrading to the ZL-PC1200?
Current state (ZL-PC800):
After upgrade (ZL-PC1200):
Annual savings:
Capital investment delta: $20,000 (PC1200) - $14,000 (PC800) = $6,000 net incremental investment
Payback period: $6,000 / $269,700/year = 0.022 years (about 8 days)
Interpretation: For plants running ZL-PC800 with available market demand, upgrading to a single ZL-PC1200 pays back in less than two weeks through throughput expansion. The 3.4× capacity increase creates substantial option value for new contracts.
Question: What does it cost in electricity to process one ton of plastic?
Calculation:
Cost per ton at common energy rates:
Interpretation: The ZL-PC1200 has similar energy efficiency to the larger ZL-PC1400 (15.4 kWh/ton) due to scale efficiency. The smaller motor (44 kW vs 55 kW) and lower throughput (2,000 vs 2,500 kg/h) cancel each other out at this capacity range.
The specifications, safety standards, blade material claims, lifecycle calculations, and ROI examples for the ZL-PC1200A and ZL-PC1200B industrial plastic shredders reference the following industry bodies and standards:
The ZL-PC180 PET Bottle Crusher is purpose-built for small-scale PET recycling operations processing 800-1500 kg/day of post-consumer bottles. Its 2.2kW motor with 9 SKD-11 rotating blades and 6-12mm interchangeable screen delivers 120-150 kg/h of uniformly-sized PET flakes-ready as direct feed for hot wash lines, dewatering, and pelletizing. Ideal PET Recycling Applications PET bottle recycling lines (water, cola, juice, cooking oil containers) HDPE/PP container crushing (milk jugs, detergent bottles, caps) Post-consumer bottle recovery for community collection centers Pre-shredding before hot wash tanks (froth flotation separation) Printing waste and injection molding sprue recovery
The ZL-PC180 Industrial Plastic Crusher is engineered for factory production lines requiring reliable 120-150 kg/h throughput. Its 2.2kW heavy-duty motor paired with 9 SKD-11 rotating blades delivers consistent particle size for downstream extrusion or compounding lines. Industrial Features Heavy-duty 2.2kW motor for continuous operation SKD-11 blades rated for 1000+ hours of use Industrial-grade frame and bearings CE certified for global deployment
The ZL-PC180 Plastic Crusher Machine is manufactured in China by Zillion — a leading plastic crusher supplier with 15+ years of OEM/ODM experience. This 2.2kW industrial model produces 120-150 kg/h and ships directly from our Dongguan factory at competitive wholesale pricing. China Supplier Advantages Factory-direct pricing with no middleman markup OEM/ODM branding and packaging available Multi-voltage: 220V/380V/400V/415V/440V CE certified for global markets
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Plastic crusher is a device designed for crushing various plastic materials. It is widely used in the recycling industry and manufacturing processes. The crusher can handle different types of plastics, including plastic bottles, films, pipes, and various plastic products.
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This machine is usually made of high-quality steel, ensuring durability and stability. It is equipped with powerful motors and sharp cutting blades. The plastic materials are fed into the crusher through a hopper. Under the action of the motor, the cutting blades rotate at high speed, quickly breaking down the plastics into smaller pieces. The crusher machine are widely used in industries such as plastic recycling, manufacturing, and waste disposal.
Our company's series of products are well-known in the plastic auxiliary machinery industry for their excellent performance and high cost performance.
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