出售高端自动化套料数控加工中心

自动排料数控加工中心的特点和优势

智能自动套料软件

自动生成刀具路径并优化材料利用率，以最大限度地减少浪费并最大限度地提高生产效率。

在数控加工进行的同时，自动贴标单元会将识别码快速贴到面板上。

自动上下料

液压升降平台自动将板材装载到工作台上。

传送系统可自动输送成品工件，最大限度地减少人工搬运。

高速数控加工

强大的 9kW 自动换刀 (ATC) 主轴和钻孔单元可实现快速、精确的切割和垂直钻孔操作，适用于切割、开槽、雕刻、钻孔和型腔加工。

用户友好的数控控制器

易于操作的工业控制系统，兼容主流 CAD/CAM 软件，可实现无缝工作流程集成。

真空吸盘和真空吸附器

真空吸盘装置自动拾取纸张，纠正任何倾斜或位移，并将其输送到精确的目标位置。

高效真空吸力确保板材在加工过程中牢固固定，从而保证了优异的切割精度和干净的边缘质量。

重型机械结构和伺服电机

该机器采用焊接钢框架结构，并配备精密直线导轨和伺服电机，确保了卓越的稳定性、精度和较长的使用寿命。

除尘系统

集成的除尘功能可保持清洁的工作环境，不仅能提高加工质量，还能延长设备的使用寿命。

自动数控套料加工中心应用

套料数控机床广泛应用于板式家具行业，其应用包括：

• 橱柜制造

• 服装制作

• 衣柜系统

• 办公家具

• 浴室盥洗台

• 电视柜

• 书柜和置物架

• 室内门

• 装饰墙板

• 定制家具制造

嵌套式数控机床可用于加工各种材料，包括中密度纤维板 (MDF)、胶合板、刨花板、三聚氰胺贴面板、PVC 板、亚克力板、实木和复合木板。

全自动数控套料加工中心技术参数：

自动排料数控加工中心项目

From Loading to Labeled Parts

What makes this machine automatic is the way it moves material without hands on it. A hydraulic lifting platform raises a stack and feeds one sheet at a time, while a vacuum sucker picks the sheet up, straightens any skew, and sets it in exact position on the table. As the router cuts, a labeling unit prints and applies a barcode to each part, so every piece is identified for edge-banding and assembly before it even leaves the bed. That labeling step is what keeps a room's worth of look-alike panels from getting mixed up downstream. When the sheet is finished, a conveyor carries the cut parts off to the next station. One operator can keep several sheets flowing, which is what turns a single machine into a near-continuous line.

Nesting, Beam Saw, or Point-to-Point

It helps to know how nesting compares with the older ways of cutting panels. A nesting router cuts the true shape of every part, curves and interior holes included, straight from a full sheet, packing them tightly to save material. A beam saw is faster on plain rectangles because it can slice through a stack of sheets at once, but it cuts only straight lines and needs a separate machine to drill and shape. A point-to-point works one panel at a time. For custom and mixed panel furniture, where parts vary and few are simple rectangles, nesting usually wins on handling and flexibility. The table below sums up the trade-offs.

3 ways to cut panels:

Cut, Groove, and Drill in One Pass

A nesting router does more than cut outlines. With a 9kW tool-changing spindle and a vertical drilling unit, the same cycle can rout the part shape, plow grooves for back panels and drawer bottoms, carve pockets, and bore the holes for shelves and hardware. Because all of that happens before the sheet is unloaded, each part comes off ready to band and assemble, with no trip to a separate boring machine. The automatic tool changer swaps between a cutting bit, a grooving tool, and drills without an operator stepping in, so a full sheet of mixed operations runs start to finish on its own. This one-pass approach is the main reason nesting saves so much labor over cutting and drilling on separate machines.

Materials, Edge Quality, and Dust

此 数控铣床 handles the full range of panel stock: MDF, particleboard, plywood, melamine-faced board, PVC, acrylic, and solid wood. The faced materials are the ones to watch, because a dull bit or too fast a feed will chip the melamine or laminate along the cut. Sharp tooling, the right feed and speed, and a firm vacuum grip keep edges clean and splinter-free. Strong vacuum matters for another reason: nested parts are only held by suction, so good airflow stops small pieces from shifting late in the cut. The built-in dust collection clears chips as they form, protecting the cut quality, the moving parts, and the air in the shop.

Nesting workflow checklist:

✓ Let the software nest parts tight to save material.

✓ Label each part for edge-banding and assembly.

✓ Cut, groove, and drill in the same cycle.

✓ Use sharp bits to keep melamine edges clean.

✓ Run dust collection to keep cuts and air clean.