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Pulp Moulding Equipment for Lab

Professional pulp testing machine for fiber analysis, beating degree measurement, and paper research. Ideal for labs, universities, and R&D facilities.

Product Description

Pulp lab machines have multiple functions and are mainly used for the detection and research of pulp properties as well as the preliminary experiments for paper production. The following are some common functions of pulp lab machines: Altering the form and properties of fibers, such as cutting, crushing, and fibrillation, to adjust pulp indicators like beating degree, fiber length, and water retention value. They are suitable for use in experiments by colleges and universities, research institutions, etc.

Main Technical ParameterSpecification
Model No.BP-2020-Test
Dimension128010102080 mm
Mold Size200*200 mm
Output Per Day50-100 Kgs / 24 Hours
Max. Product Height≤ 40 mm
Hot-press Pressure1 Ton
Upper Heating Power1.2 KW
Lower Heating Power1.2 KW
Professional Pulp Testing Equipment for Accurate Fiber Analysis

The BP-2020-Test Pulp Laboratory Machine is an essential testing equipment for pulp and paper industry professionals. This advanced laboratory machine enables precise fiber modification through cutting, crushing, and fibrillation processes, allowing researchers to optimize pulp characteristics for superior paper quality.

Designed for research institutions, universities, and pulp testing laboratories, this machine delivers accurate measurements of critical pulp parameters including beating degree, fiber length distribution, and water retention capacity.

High-Performance Testing with Reliable Results

The integrated hot-press system with 1-ton pressure and dual heating elements ensures consistent sample preparation at controlled temperatures. With a production capacity of 50-100 kg per day and a 200×200 mm mold configuration, this laboratory equipment provides reliable results for quality control testing and new product development.

The compact footprint makes it suitable for laboratory environments where space efficiency matters without compromising testing accuracy or sample quality.

40%

Production Cost Reduction

Reduce manufacturing costs with energy-efficient pulp molding machines that optimize raw material usage and minimize waste, delivering superior ROI within 18 months.

60%

Faster Production Speed

Achieve higher output with automated pulp molding systems that increase production capacity while maintaining consistent quality standards.

35%

Energy Efficiency Improvement

Advanced motor systems and optimized heating reduce energy consumption compared to traditional molding equipment, lowering operational costs.

99.5%

Machine Uptime Reliability

Trust in BonitoPak’s proven engineering with machines designed for continuous operation and minimal maintenance downtime.

Machine Process

Specialist industries

Having produced millions of parts, BonitoPak holds deep knowledge in numerous applications. We excel particularly in industries requiring precise and intricate component fabrication. Trust us to deliver expertise and quality, no matter the complexity.

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Achieve 45% Higher Output with BonitoPak Machines

Join 500+ manufacturers worldwide who trust BonitoPak’s proven pulp molding technology. Our machines deliver consistent quality, reduced operating costs, and the reliability you need for profitable operations.

Our Product Categories

Discover Bonitopak’s diverse range of packaging solutions, including molded pulp trays, food packaging, custom designs, and sustainable options. Each category is crafted for durability, functionality, and environmental responsibility, tailored to meet your specific needs.

Why Choose the BP-2020-Test for Your Lab Research?

Advanced Pulp Testing for Research Excellence

The BP-2020-Test represents the perfect solution for laboratories requiring precise pulp characterization and paper production research. This professional-grade laboratory machine combines multiple fiber processing functions in one compact unit, eliminating the need for separate equipment and streamlining your testing workflow.

Superior Testing Capabilities: The machine’s fiber modification system allows researchers to accurately control beating degree and fiber morphology, critical factors that determine final paper properties. Whether you’re developing new paper grades, optimizing pulp formulations, or conducting quality assurance testing, this equipment delivers consistent and reproducible results.

Efficient Sample Preparation: The hot-press system features independently controlled upper and lower heating plates (1.2 KW each), ensuring uniform heat distribution across the 200×200 mm mold area. The 1-ton pressing force provides adequate compression for various pulp types and sheet formation requirements.

Built for Laboratory Environments: The robust construction ensures long-term reliability while the manageable dimensions (1280×1010×2080 mm) fit comfortably in most laboratory settings. Daily output capacity of 50-100 kg supports both routine testing and extensive research programs, making it an invaluable tool for pulp scientists, paper engineers, and quality control specialists.

Advanced Pulp Testing for Research Excellence

The BP-2020-Test represents the perfect solution for laboratories requiring precise pulp characterization and paper production research. This professional-grade laboratory machine combines multiple fiber processing functions in one compact unit, eliminating the need for separate equipment and streamlining your testing workflow.

Superior Testing Capabilities: The machine’s fiber modification system allows researchers to accurately control beating degree and fiber morphology, critical factors that determine final paper properties. Whether you’re developing new paper grades, optimizing pulp formulations, or conducting quality assurance testing, this equipment delivers consistent and reproducible results.

Efficient Sample Preparation: The hot-press system features independently controlled upper and lower heating plates (1.2 KW each), ensuring uniform heat distribution across the 200×200 mm mold area. The 1-ton pressing force provides adequate compression for various pulp types and sheet formation requirements.

Built for Laboratory Environments: The robust construction ensures long-term reliability while the manageable dimensions (1280×1010×2080 mm) fit comfortably in most laboratory settings. Daily output capacity of 50-100 kg supports both routine testing and extensive research programs, making it an invaluable tool for pulp scientists, paper engineers, and quality control specialists.

Frequently Asked Questions (FAQs)

Q1: What types of pulp can be tested with this laboratory machine?
A: The BP-2020-Test can process various pulp types including chemical pulp, mechanical pulp, recycled pulp, and specialty fibers. It’s suitable for testing softwood, hardwood, and non-wood pulps for comprehensive fiber characterization.

Q2: Is this machine suitable for university research laboratories?
A: Yes, absolutely. This laboratory equipment is specifically designed for colleges, universities, and research institutions. It provides accurate pulp testing results for academic research, student training, and paper production experiments.

Q3: What pulp properties can be measured or adjusted with this machine?
A: The machine allows you to measure and adjust key pulp indicators including beating degree, fiber length distribution, water retention value, and fiber morphology through controlled cutting, crushing, and fibrillation processes.

Q4: What is the maximum thickness of samples that can be produced?
A: The machine can produce test samples with a maximum height of 40 mm using the 200×200 mm mold size, providing flexibility for various testing requirements and paper sheet formation studies.

Q5: Does the machine come with warranty and technical support?
A: Yes, the BP-2020-Test comes with manufacturer warranty coverage. Technical support, installation guidance, and operator training are available. Please contact us for specific warranty terms and after-sales service details.

Compatible Production Equipment

Integrate seamlessly with our range of compatible equipment designed specifically for pulp molding operations. Each component is engineered to work together for optimal performance and reliability.

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