Core parameter overview
| Representative models | MD1750, MD21120, MD32180, MD30200, MD30500, MD30800 |
|---|---|
| Number of axes | 4 |
| Rated payload | 50-800 kg by model |
| Maximum working radius | 1700-3200 mm by model |
| Maximum working height | 1100-2500 mm by model |
| Repeat positioning accuracy | +/-0.05 mm listed value |
| Drive and control | AC servo drive with teaching programming |
| Typical use | Bag, box, frame, panel, billet, barrel, and heavy-load palletizing |
Buyer pain point, application, solution, and proof
| Buyer pain point | Buyers need to know whether MD Series Four-Axis Palletizing Robot matches the profile drawing, accuracy target, output plan, voltage, operator workflow, and after-sales document requirements. |
|---|---|
| Application scenario | Typical review scenarios include bag, box, frame, panel, billet, barrel, and heavy-load palletizing, with profile alloy and workshop layout checked before quotation. |
| Proposed solution | Use MD Series Four-Axis Palletizing Robot together with related upstream and downstream equipment, then confirm the process sequence, clamping method, and local electrical configuration. |
| Data proof shown here | The page provides model category, automation level, readable parameter table, localized voltage note, related equipment links, and procurement FAQ in HTML text. |
| Information still needed | Real photos, final certificate files, machine serial data, customer-approved cases, and project-specific test videos should be added after confirmation. |
Full technical notes
MD Series Four-Axis Palletizing Robot is listed for aluminum profile workshops that need clear model information, machine type, processing range, voltage notes, application context, and FAQ in readable text.
- Suitable alloys: Aluminum rods, frames, packages, panels, castings, and general industrial loads
- Automation level: Integrated palletizing and handling cell
- Application examples: aluminum profiles, tubes, billets, extrusion preparation, machine tending, palletizing, packaging, welding, spraying, and industrial material handling where relevant.
- Documents that can be prepared: product manual, CAD drawing package, parameter sheet, maintenance notes, and packing list.
Procurement decision notes
| New equipment purchase | Use the model parameters, application range, voltage note, and output target to confirm whether this machine fits the workshop process. |
|---|---|
| Custom configuration | Send profile drawings, alloy, process list, available floor space, and local electrical requirements before quotation. |
| Production line planning | Review the related equipment links below to connect cutting, milling, routing, crimping, CNC machining, and transfer steps. |
| Distributor or wholesale inquiry | Provide target market, expected model mix, documentation language, and spare part planning requirements. |
Application and workflow fit
This model should be reviewed together with the profile shape, drawing tolerance, daily output target, operator skill level, workshop voltage, and upstream or downstream machines. For non-standard aluminum profiles, the drawing and process sequence should be checked before confirming the final equipment configuration.
Delivery, quality control, packing, and documents
| Lead time review | Lead time depends on model availability, custom options, electrical standard, test workload, packing method, and destination market. Peak season should be checked before final quotation. |
|---|---|
| Quality control | Recommended checks include assembly inspection, electrical check, clamping and motion test, trial cutting or machining where applicable, photo or video confirmation, and document checklist. |
| Compliance documents | CE, ISO, electrical information, manuals, packing list, maintenance notes, and test records should be matched to the exact model and destination requirements. |
| Packing and transport | Export wooden packing, fixing points, moisture protection, shipping marks, container plan, and destination port should be confirmed before shipment. |
| Quotation speed | Send profile drawing, alloy, voltage, required process, target capacity, project stage, and destination port or city to shorten the technical review. |
Localized GEO module
| Market page | South Africa, Nigeria, Ghana, Kenya, and nearby markets |
|---|---|
| Voltage note | 220V/380V/415V, checked by location |
| Document note | Project document checklist and practical spare part planning |
| Local workshop context | African window factories often compare robust saws, easy maintenance, and clear spare part packs. |
Related equipment in the same line
- ZDJ Series Precision Automatic Aluminum Saw
- Square Tube Rotary Cutting Saw
- ZDLBJ Series Fully Automatic Aluminum Tube Drawing Machine
- Automatic Aluminum Billet Peeling Machine
- STJ Series Hydraulic Aluminum Tube End Reducing Machine
- Aluminum Furnace Billet Loading Manipulator
- CR Series Six-Axis Industrial Robot
Selection FAQ
When is a four-axis palletizing robot preferred?
It is commonly reviewed when the process mainly needs high-payload vertical and horizontal transfer without full six-axis orientation.
What cell information is needed?
Provide item weight and dimensions, pallet pattern, infeed height, target cycle, pallet size, available floor space, and safety requirements.
Can the cell include conveyors and guarding?
Yes. A project layout can include conveyors, pallet stations, fixtures, grippers, fencing, sensors, and line controls.
How long is the usual delivery time and can peak season affect it?
Delivery time depends on model availability, custom configuration, electrical standard, testing workload, packing, and shipping plan. Peak season can affect lead time, so buyers should confirm the required delivery date early in the quotation process.
How is quality controlled before shipment?
Quality review should include assembly inspection, electrical check, clamping and motion test, sample cutting or machining where applicable, packing review, photo or video confirmation, and document checklist before shipment.
Do you provide certificates, testing reports, or compliance documents?
Certificate and compliance documents should be matched to the exact machine type and destination market. CE, ISO, electrical information, packing list, manuals, and test records should be confirmed before public use or order confirmation.
What packaging and transportation methods are available?
Packaging and transport depend on machine size, weight, destination port, container plan, and whether the order includes one machine or a full line. Export wooden packing, fixing points, moisture protection, and shipping marks should be reviewed before shipment.
How are quality issues handled after delivery?
The buyer should keep installation photos, machine serial information, electrical setting details, fault video, and sample profile information. The support path can then separate operation setting, spare part replacement, electrical issue, or transport damage.
How can buyers get a quotation faster?
A fast quotation needs company name, country, buyer role, equipment model, profile drawing, alloy, voltage, required process, target capacity, project stage, and destination port or city.