Precision aluminum profile, tube, and bar cutting
Repeated cutting projects should be reviewed from the real section drawing and production cycle, not from blade diameter alone.
| Procurement need | Control cut length, cut surface, tail material, feed stability, and handling of profiles, tubes, or bars. |
|---|---|
| Equipment scope | ZDJ Series Precision Automatic Aluminum Saw and Square Tube Rotary Cutting Saw. |
| Selection note | Compare the 1500 mm and 6000 mm feed groups, material section, required tolerance, batch length mix, discharge method, and workshop space. |
| Consulta data | Section drawing, material, maximum width and height, cut length range, tolerance, daily output, voltage, and collection method. |
Automatic aluminum tube reducing and drawing line
The end-reducing and drawing stages should be reviewed as one connected process with upstream feeding and downstream cutting.
| Procurement need | Reduce the tube end, control drawing force and speed, reach the target diameter, and keep continuous material flow. |
|---|---|
| Equipment scope | STJ Series Hydraulic Aluminum Tube End Reducing Machine, ZDLBJ Series Fully Automatic Aluminum Tube Drawing Machine, and precision cutting equipment. |
| Selection note | Confirm incoming and finished tube dimensions, wall thickness, drawing length, pulling force, cycle target, and line arrangement. |
| Consulta data | Tube drawing, alloy, incoming and target size, wall thickness, production target, voltage, floor plan, and packing requirement. |
Aluminum extrusion billet preparation and furnace handling
Hot-billet preparation combines safe furnace transfer, stable centering, oxide-layer removal, scrap handling, and protection from secondary contamination.
| Procurement need | Load heated billets, maintain alignment, remove the surface oxide layer, collect peeled material, and transfer the billet to the next process. |
|---|---|
| Equipment scope | Automatic Aluminum Billet Peeling Machine, Aluminum Furnace Billet Loading Manipulator, and robot transfer options. |
| Selection note | Review billet diameter and length, hot temperature, furnace opening, peeling thickness, cycle time, gripper clearance, and safety zone. |
| Consulta data | Billet specification, furnace and rack layout, target cycle, oxide condition, extrusion-line interface, voltage, and local guarding requirements. |
Robot machine tending, handling, and palletizing
Robot cells are selected from the complete load and motion requirement, including the gripper, cables, workpiece, reach, orientation, and surrounding equipment.
| Procurement need | Automate loading, unloading, transfer, palletizing, packaging, welding, spraying, or repeated machine handling. |
|---|---|
| Equipment scope | CR Series Six-Axis Industrial Robot, MD Series Four-Axis Palletizing Robot, gripper, conveyors, fixtures, guarding, sensors, and line control. |
| Selection note | Reserve payload for tooling and utilities, confirm reach through the full path, and validate cycle time with the real pallet or machine layout. |
| Consulta data | Workpiece dimensions and weight, tooling weight, pickup and placement coordinates, cycle target, pallet pattern, floor plan, and machine communication. |
Case evidence still needed for official public use
- Customer-approved country, industry, project year, and equipment list.
- Factory or workshop photos that can be public.
- Test-running video, packing photo, and shipment photo if allowed.
- Before-and-after workflow notes or measurable operating result.
- Permission status: public customer name, anonymized customer, or internal-only case.
How to use these case notes
The notes are not a replacement for confirmed customer references. They are structured application examples for procurement discussion. Real public cases, photos, project year, and customer permission should be added before large-scale advertising.