Setting up a gabion line is mostly a sequence of decisions that are cheap to make now and expensive to change later. This is the order we work through with buyers, and the points where projects most often go wrong.
Start with the product, not the machines
Before any machine is chosen, answer three questions about the product:
- Which mesh openings will you sell? Not just the first one — the full range you intend to offer within two years.
- What is the largest basket you will make? This sets the unfolded panel width, which sets the machine working width.
- What wire types? Galvanized, Galfan and PVC-coated behave differently and may change the pay-off and tension configuration.
These three answers constrain everything downstream. Deciding them after the machines are ordered is how buyers end up with a line that cannot make the product they wanted.
Balance the line before you buy it
A production line is only as productive as its slowest stage. This is the single most common planning mistake: buyers size the weaving machine for a target output and then discover the cutting or coiling station cannot keep up.
Work out the required throughput at each stage and check they match:
| Stage | What to check |
|---|---|
| Weaving | Square metres per hour at your mesh opening and wire diameter |
| Selvedge crimping | Runs inline at weaving speed, or is it a separate pass? |
| Cutting | How many panels per hour, including handling time |
| Spiral wire | Continuous feed to the weaving machine spring tube — it must keep pace with the loom, since a shortage stops the weaving |
| Roll winding | Coil time per roll, including mandrel changes |
A separate pass at crimping or cutting effectively halves throughput unless you have the floor space and labour to buffer between stages. Decide deliberately whether each stage is inline or batch.
Plan the floor, not just the machines
Get the machine footprints and add the space nobody counts:
- Material flow — space to bring wire coils in and move finished rolls out, without crossing the line
- Access clearance — room to reach both sides of each machine for maintenance and wire changes
- Buffer space — somewhere for work-in-progress to sit between batch stages
- Power drops — where the panels will actually go, and whether cable routing crosses walkways
A layout drawing produced against your real floor plan catches these before the machines are built. Doing it after they arrive means accepting compromises in a building you cannot change.
Decide the power supply properly
Electrical panels are built for a specific voltage and frequency. Confirm your site supply — including whether it is genuinely three-phase and what your supply authority actually delivers under load — before the order is placed.
Two related points that are easy to forget:
- Control language. Set it at order time. It is a checkbox then and a project later.
- Safety guarding standard. Different markets require different guarding. Say which market the machines are going to, and the panels and guards are configured for it.
Plan shipping before you plan commissioning
If the machines are crossing a border, the shipping plan affects the machine design itself.
- Sea freight vs. consolidation. Machines packed for a full container are built and braced differently from those consolidated with other cargo.
- Unloading at destination. A machine that needs a heavy forklift you do not have becomes a problem at the port, not at the factory.
- Documentation. Your customs broker needs specific paperwork, and the shipping marks need to match it.
Ask for the packed dimensions and weights early. They determine what fits in a container, and container loading is the point where last-minute changes get expensive.
Plan the ramp-up, not just the installation
Installation is a few weeks. Getting to production quality is longer, and it is the part that catches buyers out.
Budget for:
- Trial runs on real wire. Expect the first runs to be about setting tension and twist, not about output.
- Operator learning curve. A CNC machine needs an operator who understands parameters, not just buttons. Plan who that will be and give them time.
- Spare parts to hold on hand. Wear parts — twisting heads, shear blades, crimping rollers — should be in stock from day one, not ordered after the first breakdown.
The short version
Decide the product range first, balance the stages against each other, lay it out against your real building, confirm your power supply, plan how it ships, and budget time for ramp-up.
Do those six things and the installation is uneventful. Skip them and you will find out why each one mattered.
We lay out complete lines around a buyer’s basket sizes, output target and building. If you are at the planning stage, send us the mesh openings, the largest basket you intend to make and your monthly target — we will work through the stage sizing with you before any machine is specified.
筹建石笼网生产线，主要是按顺序做出一系列决定：现在确定成本很低，设备交付后再改却很昂贵。以下是我们通常与客户一起确认的顺序，也是项目最容易出问题的地方。
先确定产品，而不是先选设备
选任何设备之前，先回答三个产品问题：
- 您要销售哪些网孔规格？ 不要只考虑第一种规格，还要考虑未来两年计划供应的完整范围。
- 您要生产的最大笼筐有多大？ 这决定展开网片的幅宽，进而决定设备的工作幅宽。
- 要使用哪些钢丝类型？ 镀锌、Galfan 锌铝合金和 PVC 涂塑钢丝的表现不同，可能需要调整放线和张力控制配置。
这三个答案会影响后续所有环节。如果设备下单后才确定，最终可能会发现整条生产线做不了原本打算生产的产品。
采购前平衡生产线产能
生产线的产能取决于最慢的工序。这是最常见的规划错误：买家按目标产量选择编织机，却发现切割或卷网工位跟不上。
请算出每道工序所需的产能，并确认它们相互匹配：
| 工序 | 需要确认的内容 |
|---|---|
| 编织 | 指定网孔和钢丝直径下，每小时可编织的平方米数 |
| 边缘锁边 | 能否按编织速度联线运行，还是需要单独通过设备加工？ |
| 切割 | 包括搬运时间在内，每小时可裁切多少块网片？ |
| 螺旋丝 | 连续给编织机簧管供簧，需与编织速度匹配 —— 断供编织机即停 |
| 卷网 | 每卷所需时间，包括更换卷芯的时间 |
如果锁边或切割采用单独工序，除非您有足够的缓冲场地和人力，否则整体产能实际上会减半。请有计划地决定每道工序采用联线生产还是批次加工。
规划厂房布局，而不只是摆放设备
拿到设备占地尺寸后，还要加上常被忽略的空间：
- 物料流动——预留钢丝卷进场和成品卷出厂的通道，避免与生产线交叉。
- 维护空间——每台设备两侧都要留出位置，方便维护和换丝。
- 缓冲区——批次工序之间需要有地方暂存半成品。
- 电源点位——确定控制柜的实际位置，以及电缆走线是否会穿过通道。
结合真实厂房平面图绘制布局，可以在设备制造前发现问题。等设备到厂后再做布局，就只能接受现有厂房里的妥协方案。
正确确定电源配置
电气控制柜按指定电压和频率制造。下单前请确认厂房的实际供电条件，包括是否确为三相电，以及供电部门在负载情况下实际提供的电压。
另外有两点容易被忘记：
- 控制界面语言。 下单时就确定；现在只需确认一个选项，交付后却可能变成一项改造工作。
- 安全防护标准。 不同市场对防护的要求不同。请说明设备的目的地市场，以便匹配电气柜和防护装置。
先规划运输，再安排调试
设备需要跨境运输时，运输方案本身也会影响设备设计。
- 整柜海运还是拼箱。 装入整只集装箱的设备，和需要与其他货物拼装的设备，固定与加固方式不同。
- 目的地卸货。 如果设备需要重型叉车，而港口现场没有合适设备，问题就会在港口而不是工厂出现。
- 文件。 报关行需要指定文件，运输唛头也必须与报关文件相符。
请尽早索取包装尺寸和重量。这些数据决定设备能否装入集装箱；而集装箱装载阶段才临时修改，成本往往很高。
规划产能爬坡，而不只是安装
安装只占数周。达到稳定生产质量所需时间更长，也是买家容易低估的环节。
请为以下事项安排时间和资源：
- 使用真实钢丝试运行。 初次试机通常要调节张力和扭结，不应只关注产量。
- 操作人员学习。 CNC 设备需要理解参数的操作人员，而不只是会按按钮的人。请提前确定人选并预留培训时间。
- 现场备件。 绞头、剪切刀片和锁边滚轮等易损件应在投产第一天就备好，不要等第一次故障后再采购。
简要总结
先确定产品规格，再平衡各道工序的产能；依据真实厂房规划布局，确认供电条件和运输方式，并为产能爬坡预留时间。
把这六件事做好，安装投产就会顺利得多；如果跳过这些准备，很快就会明白它们为何重要。
我们会围绕客户的笼筐规格、产量目标和厂房条件规划整条生产线。如果您正在筹备项目，请提供网孔规格、计划生产的最大笼筐尺寸和月产量目标，我们可以在确定设备配置前一起核算各工序产能。
Working on a specification?
Send us the mesh opening, wire diameter, working width and the monthly output you are targeting. We will tell you what the machine needs to be — including when the answer is a smaller machine than you expected.
