WS3300 Alimentação traseira automática para corte de painéis de madeira Serra de viga CNC de computador

WS3300 Alimentação traseira automática para corte de painéis de madeira Serra de viga CNC de computador

Descrição

A serra principal da estrutura de transmissão utiliza correias multi ranhuras Taiwan Samsung, e as correias em V da serra pequena utilizam correias importadas. Utiliza transmissão combinada de alta precisão alemã/SLM e cremalheira; os aparelhos eléctricos, os componentes de alternância e os componentes-chave utilizados são todos produtos de marcas internacionais para garantir a precisão e a fiabilidade dos produtos; a máquina principal tem uma velocidade de serragem rápida e pode conseguir um ajuste contínuo de acordo com a espessura da tábua de corte.

A descrição optimizada do software (opcional) mantém a flexibilidade da disposição manual aleatória dos dados de corte das serras electrónicas tradicionais e expande as funcionalidades de importação inteligente de dados, operação de arranque e paragem do controlo remoto sem fios, monitorização remota, etc., e acrescenta funções práticas como a conceção de encomendas, a otimização da divisão de encomendas, a gestão de materiais residuais, a otimização da disposição, a impressão de códigos de barras, etc. Ao mesmo tempo, está aberto a todas as portas de software, como Yuan Fang, Hua Guang, CV, 1010, Wei Lun, Hai Xun, Sanweijia, Yunxi, Shangchuan e outros softwares de design, e suporta a lista de materiais artesanais do Microsoft Excel, com uma poderosa função de programação de layout optimizado, e pode construir operações reais para simular problemas reais. Quando os trabalhadores operam o equipamento, só precisam de colocar a peça de trabalho de acordo com os avisos na interface do computador, e os dados do tamanho do corte são actualizados pelo computador de forma inteligente (digitalização do código), realizando a operação com um clique. Geralmente, são necessárias apenas 2 horas de formação para começar a trabalhar.

 

Serra de viga CNC de alimentação traseira WS3300
Computador                  Incluído
Comprimento/largura de corte 3300 mm
Espessura de corte 100 mm
Diâmetro da serra de corte principal Ф400mm
Diâmetro do veio da serra principal Ф80mm
Velocidade do veio da serra principal 4800rpm
Diâmetro da lâmina de serra de fenda Ф180mm
Diâmetro do eixo da serra de ranhura Ф45mm
Velocidade do veio da serra de ranhura 6900 rpm
Velocidade de avanço da base da serra 100m/min
Velocidade de recuo da base da serra 120m/min
Motor principal da serra de corte 16,5kw
Motor de serra de ranhura 2,2kw
Motor de acionamento da base da serra 1,8kw (servo)
Motor de alimentação automática 1.8kw(servo)
Feeding Type back feeding
Motor da bomba de vácuo 4kw
Potência total 26,5kw
Velocidade de alimentação automática 100m/min
Pressão do ar 5-7kg/cm²
Altura da mesa flutuante 950 mm
Tamanho total da máquina (L * W * H) 5900*5800*1850m

Automatic CNC Beam Saw: Revolutionizing Wood Panel Cutting Precision and Efficiency

In the demanding world of furniture manufacturing, cabinetry, and architectural woodworking, the efficient and precise processing of large wood panels (like MDF, particleboard, plywood, and solid wood slabs) is paramount. Enter the Automatic CNC Beam Saw-the undisputed powerhouse transforming panel handling, cutting, and optimization. This sophisticated industrial wood cutting machine has become the backbone of modern production lines, setting new standards for speed, accuracy, and material utilization.

 

What is an Automatic CNC Beam Saw?

At its core, a beam saw machine features a robust, horizontally mounted cutting beam (often called a “bridge”) that travels along the length of the machine. Mounted on this beam are one or more high-powered circular saws capable of making vertical cuts through the entire thickness of a panel. The automatic and CNC aspects elevate this basic concept:

  1.  CNC Control:Guided by advanced computer software, the CNC beam saw interprets cutting plans (often generated by nesting software). It precisely controls the movement of the beam (X-axis), the positioning of the saw carriage along the beam (Y-axis), the vertical cutting stroke (Z-axis), and often the rotation of scoring blades. This ensureshigh precision beam saw performance, delivering cuts within fractions of a millimeter.
  2.  Automation: True automatic beam saw systems integrate material handling. This typically includes:

*   Automatic Loading: Vacuum lifts, conveyor belts, or robotic arms feed panels onto the machine’s cutting table.

*   Automatic Positioning:Servo-driven positioning pins, pushers, or belts accurately locate the panel according to the program.

*   Automatic Cutting: The CNC executes the entire cutting sequence, including optional scoring for chip-free cuts (especially critical on melamine and veneered panels).

*   Automatic Offloading: Cut parts are automatically sorted and stacked, often using belts, arms, or shuttle systems, separating usable parts from the skeleton.

 

Key Advantages of the Modern Panel Cutting Machine:

*   Unmatched Precision & Quality:High precision beam saw technology guarantees consistent, square, and clean cuts essential for perfect joinery and seamless assembly. Integrated scoring blades virtually eliminate chipping on both faces of laminated materials.

*   Exceptional Efficiency & Speed: Automation drastically reduces manual handling time. The automatic beam saw can process multiple panels consecutively with minimal operator intervention, significantly increasing throughput compared to manual saws or semi-automatic machines.

*   Optimal Material Utilization: Integrated nesting software maximizes yield by intelligently arranging parts on each panel to minimize waste. The precision of the CNC beam saw ensures every cut is exact, further reducing material loss due to errors.

*   Reduced Labor Costs & Operator Fatigue: Automation handles the heavy lifting and repetitive tasks. Operators primarily manage software, monitor the process, and perform quality checks, leading to a safer and less physically demanding work environment.

*   Enhanced Safety:Enclosed cutting areas, automatic clamping, and reduced manual panel handling significantly lower the risk of accidents associated with large, heavy panels and powerful saw blades.

*   Production Flexibility:Easily switch between different panel types, thicknesses, and cutting jobs with quick program changes, making the machine ideal for both high-volume batch production and smaller, customized orders.

 

The Best in the Shop: Power and Durability

The term best beam saw isn’t just marketing hype. It reflects the inherent characteristics of these machines:

 

*   Robust Construction: Built with heavy-duty steel frames and components to withstand constant industrial use and the forces involved in cutting dense materials.

*   High-Power Cutting: Equipped with powerful main motors (often 20HP+) and high-torque scoring motors capable of slicing through the toughest hardwoods and thickest engineered panels with ease.

*   Massive Capacity: Designed to handle full-size (2800*2800mm, 3300*3300mm, 3800*3800mm, or larger) panels effortlessly, making them true industrial wood cutting machines.

*   Relentless Performance: Engineered for continuous operation in demanding production environments, maximizing uptime and productivity.

 

Conclusion

The Automatic CNC Beam Saw is far more than just a panel cutting machine; it’s a comprehensive solution for modern wood panel processing. By combining high precision beam saw cutting accuracy with advanced automation and the raw power of a best beam saw, this industrial wood cutting machine delivers unparalleled levels of productivity, material savings, quality, and safety. For any serious woodworking operation focused on panel processing, investing in an automatic beam saw is not just an upgrade – it’s a strategic imperative for staying competitive, efficient, and profitable in today’s market. It represents the intelligent evolution of the beam saw machine, solidifying its place as the cornerstone of efficient panel breakdown.