Product Overview /Product Overview
This wood-processing teaching and training tank features a compact, lightweight design that is well-suited to laboratory and training-room spaces. While streamlining operational procedures, it retains core process functionalities, making it ideal for foundational training programs such as wood preservation and drying. It supports instructional demonstrations, student group hands-on practice, and process-parameter tuning, thereby enhancing both teaching quality and students’ practical skills.

Core Architecture and Technology /Core Structure and Technology
Main structure: high-strength carbon steel tank body, quick-opening tank door, vacuum system, pressurization system, heating system, and intelligent control system.
Process principle: The “vacuum–pressure–vacuum” process is employed to ensure thorough penetration of the treatment agent into the wood fibers, resulting in uniform treatment effectiveness.
Safety Configuration: Complies with national pressure vessel standards, equipped with multiple safety interlocks, ensuring stable and reliable operation.

Core Advantages /Core Strengths
1. Tailored for Instructional Use and Easy Operation: Simplifies complex workflows while retaining core process functions; features a clean, intuitive interface that enables students to get up to speed quickly without prior specialized training, making it well-suited for group hands-on activities and demonstrations in educational settings.
2. Safe and Controllable, Ensuring Practical Training: Comprehensive security protection design and tiered access control effectively mitigate the risk of student misoperations; equipment operates stably with no safety hazards, fully complying with campus practical training safety standards.
3. Balancing Demonstration and Hands-On Practice: The dual-control mode design allows instructors to conduct process demonstrations in fully automatic mode, while students can engage in hands-on operation using the manual mode, thereby integrating theory with practical application and enhancing the effectiveness of hands-on training.
4. Compact and Portable, Ideal for Campus Settings: With a miniaturized, lightweight design that occupies minimal floor space, this equipment can be flexibly deployed in training classrooms and laboratories, making it easy to move and store—perfectly suited to the limited space available on campus training grounds.
5. High cost-effectiveness and easy maintenance: The equipment features a simple design, low ongoing maintenance costs, and a low failure rate, making it well-suited for long-term teaching and training applications; it is also ideal for handling small-batch sample processing with minimal consumable waste, aligning perfectly with campus teaching budgets.
6. Alignment with Industry Practices and Job Readiness: The hands-on training curriculum is synchronized with real-world industrial wood-processing practices, ensuring that students acquire operational skills that directly meet the requirements of industry positions and enhancing their competitiveness in the job market.

Typical Application Scenarios /Application Scenarios
1. Classroom demonstrations and student practical training in university programs such as Wood Science and Engineering and Forest Products Chemical Engineering help students understand the principles underlying wood drying, preservation, and other processing technologies.
2. Practical instruction in vocational programs such as wood processing, furniture design, and furniture manufacturing at vocational colleges, aimed at enhancing students’ hands-on skills in equipment operation and process control.
3. The practical training programs at the campus training base are designed to align with foundational wood-processing training and process-parameter tuning exercises, thereby providing students with a realistic hands-on learning environment.
4. Teaching and research support: It can be used for simple experiments on wood treatment processes, helping faculty conduct teaching research and optimize practical training courses.