WD 710 Single Head Welding Machine
Schtec WD 710 offers precise PVC welding at 30°-180° with 0.2mm accuracy. Digital touch screen, durable heater plate, quick mold change. Compact & efficient.
WD 710 Technical Specifications
| Power Supply | 220 V, 1 Ph, 50-60 Hz |
| Power Output | 1,5 kW |
| Air Pressure | 6-8 bar |
| Air Consumption | 90 lt./min. |
| Max. Welding Length | Limitless |
| Min. Welding Length | 300 mm |
| Max. Profile Width (180°) | 190 mm |
| Max. Profile Width (90°) | 170 mm |
| Max. Profile Width (60°) | 125 mm |
| Max. Profile Width (30°) | 85 mm |
| Max. Welding Angle | 180° |
| Min. Welding Angle | 30° |
| Max. Profile Height | 175 mm |
| Min. Profile Height | 35 mm |
| Machine Height | 1.670 mm |
| Machine Length | 680 mm |
| Machine Width | 700 mm |
| Machine Weight | 210 kg |
Description
Standard Features
- Precision welding at variable angles between 30-180 degrees of PVC profiles
- Has the ability to weld with maximum strength.
- 0,2 mm welding seam restriction for both colored and white profiles
- Melting and combining times can be set digitally.
- Digital touchscreen display to control all operation
- Heating temperature and time parameters can be adjusted individually
- Homegenous heating with special heating plates
- More efficient and long lasting teflon thanks to special teflon system on the heating plates
- Specially designed mould system to gain time
- With support arms easy welding on big frames
Product Description
The Schtec WD 710 performs single corner welding on PVC profiles at any angle between 30° and 180° with 0.2 mm precision. It uses a durable heater plate to ensure uniform heat distribution across both white and colored profiles. The digital touchscreen control system allows independent configuration of heating and joining settings. A special Teflon system and quick mold change mechanism provide long-term use and efficient welding, even for large profiles. Compact and energy-efficient, the WD 710 is a user-friendly welding solution.
FAQ
Welding Machines
Frequently Asked Questions
Find quick answers to common questions about our Welding Machines.
1. What is the main purpose of a welding machine in PVC manufacturing?
Welding machines like WM 750 Four Head Welding Machine and WD 710 Single Head Welding Machine are used to fuse PVC profile corners by melting material, creating seamless and durable frames. They eliminate the need for mechanical fasteners and ensure air‑ and water‑tight joints. Consistent heat control and pressure maintain structural integrity and appearance over many cycles. In automated lines, welding machines coordinate with cleaning and cutting stations for full process flow.
2. What features should you expect in a high‑performance PVC welding machine?
High‑performance welding machines typically feature servo‑driven axes, parallel welding systems for balanced pressure, PID temperature controllers, and mold parameter storage for multiple profile types. Rapid mold changeover, central lubrication, and Teflon handling systems reduce maintenance downtime. Safety enclosures, light barriers, and efficient air management are also essential. Robust user interfaces and remote diagnostics enhance usability and monitoring.
3. How does the WM 750 Four Head Welding Machine boost productivity?
The WDV 724 is ideal for continuous inline production environments where profiles move through the machine, welding in a flow setup. The WD 720 Double Head Welding Machine is suitable when moderate capacity and flexibility are needed, allowing two corners to be welded simultaneously. Single head machines like WD 710 are good for smaller runs or limited footprint setups. Four‑head machines like WM 740 are preferred for highest throughput in batch production.
4. When would you choose WDV 724 Four Head Inline Welding Machine or WD 720 Double Head Welding Machine?
The WDV 724 is ideal for continuous inline production environments where profiles move through the machine, welding in a flow setup. The WD 720 Double Head Welding Machine is suitable when moderate capacity and flexibility are needed, allowing two corners to be welded simultaneously. Single head machines like WD 710 are good for smaller runs or limited footprint setups. Four‑head machines like WM 740 are preferred for highest throughput in batch production.
5. What maintenance practices ensure durable performance in welding machines?
Clean welding platens, remove residue, and inspect Teflon surfaces regularly to prevent imperfections. Calibrate temperature sensors, PID controls, and servo axes periodically to preserve accuracy. Check pneumatic lines, seals, and air pressure to maintain consistent force during welding. Lubricate motion components and adhere to central lubrication schedules. Monitor error logs, evaluate weld quality, and schedule preventive services to avoid unplanned downtime.
