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Baotu Positive Thermal CTP Plate With Fast Speed Develop for Offset Printing in China

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • High-Speed Thermal Imaging: Designed for rapid development in offset printing processes, enabling efficient plate-making with minimal downtime.
  • Positive Imaging Technology: Aluminum-based plates deliver sharp, high-resolution prints ideal for detailed graphics and text reproduction.
  • Versatile Compatibility: Supports both PS plate workflows and modern thermal CTP systems, ensuring seamless integration into existing printing setups.

Key features

  • 1. Corrosion-Resistant Aluminum Construction

  • With a corrosion-resistant aluminum body, ensure durable and long-lasting performance in high-humidity printing environments compared to plastic-based plates*.

  • 2. Fast Thermal Development Speed

  • With thermal CTP technology, achieve plate output 20% faster than traditional PS plates, reducing downtime in offset printing workflows*.

  • 3. Seamless Digital Workflow Integration

  • With a positive plate design optimized for thermal CTP systems, streamline printing processes by eliminating pre-exposure steps common in conventional plates.

  • 4. High-Volume Commercial Reliability

  • Designed for continuous operation in commercial printing presses, maintain consistent output quality even under prolonged use, unlike entry-level plates prone to thermal degradation*.

  • 5. Compliance with Printing Industry Standards

  • Certified to ISO 12647-2 printing standards for color consistency and durability, ensuring compatibility with global print production requirements.

Product details

Baotu Positive Thermal CTP Plate With Fast  Speed Develop for Offset Printing in China

The Baotu Positive Thermal CTP Plate is an advanced aluminum-based printing plate designed for high-speed, high-precision offset printing. Engineered with thermal CTP technology, it offers durable performance, consistent imaging quality, and seamless integration with digital prepress workflows.

Technical specifications

FeatureSpecificationApplication Scenario
MaterialAluminum alloyWithstands high-pressure printing cycles in industrial settings
Plate TypeThermal CTPEnables direct digital imaging for fast setup in offset presses
StylePositive imagingIdeal for direct plate mounting on press cylinders
CompatibilityPS plate, thermal CTP plate, CTP plateVersatile for hybrid workflows or legacy systems
Surface FinishSmooth, uniform coatingReduces ink waste and ensures even ink distribution

Customization guide

Adjustable parameters include plate thickness (0.25–0.45 mm) for press compatibility, surface treatment (e.g., anti-static coatings) for high-speed environments, and imaging resolution (1200–2400 dpi) to meet graphic detail requirements.

Get inspired

With its thermal CTP technology, the Baotu plate streamlines production by eliminating chemical development. Its lightweight aluminum construction reduces press wear, while the positive imaging style ensures sharp, consistent prints for packaging, publishing, and commercial printing.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Imaging Speed120 plates/hour+15% (138 plates/h)+30% (156 plates/h)
Resolution1200 dpi1800 dpi2400 dpi
Durability15,000 impressions25,000 impressions50,000 impressions*

Supplier's note

  1. Technical Breakthroughs:

    • Faster Imaging Speed: The Pro Model’s 156 plates/hour outperforms industry benchmarks by 20%, slashing downtime.
    • Ultra-High Resolution: 2400 dpi captures intricate designs for premium packaging and fine art reproduction.
    • Extended Durability: The Pro’s 50,000 impressions reduce plate replacement frequency by 30% for high-volume printers.
  2. Optimal Version Selection:

    • Base Model: Ideal for small print shops prioritizing cost efficiency. Its 1200 dpi suffices for standard commercial printing.
    • Advanced Model: Targets mid-tier operations needing 1800 dpi for photo-realistic graphics and 25,000 impressions for moderate runs.
    • Pro Model: Best for industrial printers requiring 2400 dpi and 50,000+ impressions. With chemical-resistant coatings, it excels in demanding environments like packaging production.

*With the Pro Model’s 50,000-impression lifespan, you can reduce downtime by 30% for high-volume offset presses.

Frequently asked questions

  • Which thermal CTP plate is best for small print shops needing fast development for offset printing?

  • How do I clean and store thermal CTP plates to prevent corrosion or damage?

  • Aluminum vs. polyester plates: Which is better for high-volume offset printing durability?

  • Can Baotu CTP plates be customized for specific print dimensions or press compatibility?

  • Is the Baotu Positive Thermal CTP Plate compatible with all offset printing presses?

  • How often should thermal CTP plates be replaced compared to resin-based alternatives?

  • Does the Baotu plate meet ISO standards for thermal CTP systems and food-safe printing?

  • Are thermal CTP plates like the Baotu model better than traditional PS plates for eco-friendly printing?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Thermal CTP PlatesHigh-volume commercial printingAluminum substrate (99.7% purity, ASTM B209)
Development Speed: 45 sec/plate (▲ vs Base: 60 sec, ISO 12647)
▲ 30% faster imaging than industry standard (ISO 12647)
High durability (500+ print runs)
Requires specialized thermal developers (▲ cost: $200/unit vs Silver Halide)
Silver Halide CTPShort-run printing, prototypingLight-sensitive coating (ISO 12647)
Development Time: 90 sec/plate (ASTM D5423)
Lower upfront cost ($120/unit)
Flexible for small batches
Slower imaging (▲ 50% slower than Thermal CTP)
Needs darkroom conditions
Direct CTP PlatesHigh-end digital workflowsPhotoconductive coating (ISO 12647)
Imaging Speed: 30 sec/plate (▲ vs Thermal CTP, ASTM D5423)
Zero chemical waste (▲ eco-friendly)
Direct laser imaging compatibility
Fragile substrate (▲ 20% shorter lifespan vs Aluminum)
Conventional PS PlatesTraditional offset printingPolystyrene base (ASTM D638)
Developer Compatibility: 90% common chemicals (ASTM D543)
Widest chemical tolerance (▲ 50+ solvent resistances)
Low cost ($80/unit)
Manual development (▲ 2x slower than CTP)
High waste generation
Inkjet Printable PlatesOn-demand, variable data printingUV-curable polymer coating (ASTM D822)
Resolution: 2400 dpi (▲ vs Thermal CTP: 1200 dpi, ISO 12647)
Instant customization (▲ 100% variable text/images)
Direct inkjet compatibility
Limited durability (▲ 100 print runs max)
Higher per-unit cost ($250/unit)
Hybrid CTP PlatesMixed-run environments (short + long)Dual-layer substrate (Aluminum + polymer, ASTM B209/D822)
Adaptability: 30-500 print runs (▲ vs Thermal CTP)
Flexibility for mixed workflows (▲ 2x use cases)
Medium cost ($180/unit)
Compromised speed/durability (▲ 15% slower than pure Thermal CTP)

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The comparison data is based on manufacturer information and industry standards. Actual results may vary depending on individual use cases. It is advisable to verify details with the supplier for the most accurate information.