Ultrasonic Plastic Welding Machine DX6

Servo Motion & Weld Control

• DXmax servo motion system — a servo motor drives the weld stroke, so this ultrasonic welder positions the horn instead of only timing its descent.
• Independent pressure, speed and amplitude — the three are adjusted separately, which is what makes a demanding weld repeatable from one shift to the next.
• Selectable weld start point — you decide where the horn meets the part, which helps when moulded parts vary slightly in height.
• Smooth force build-up — the servo ramps the stroke through the cycle rather than applying force in one hit, which is easier on thin-walled parts.
• SoftTouch weld structure protection — guards delicate plastic structures during horn installation and adds a safety margin for the machine and the operator.

Welding Modes & Triggers

• Time mode — the weld runs for a set cycle time; the usual choice for stable parts on a process that has already been proven.
• Energy mode — the cycle ends once the joint has taken in a set amount of energy, which helps when parts vary slightly in fit.
• Ground mode — the horn is stopped against a fixed mechanical reference, so the finished joint follows the tooling rather than a measured value.
• Absolute and relative depth — weld to a fixed depth, or to the distance measured from the point where the horn meets the part.
• Pressure or depth triggering — decide whether a cycle starts when the horn reaches a set force or a set depth.
• Mode choice shapes the whole ultrasonic welding process, so it is worth testing two or three options against your part before settling on one.

IoT Monitoring & Traceability

Traceability comes built into this machine rather than added on afterwards. Weld data can be uploaded through the Alibaba Cloud IoT platform, so a production run can be reviewed remotely instead of written down at the bench. Barcode scanners can be linked for full production traceability: the scanner reads the part or batch, and the weld record follows it along the line. Remote diagnostics let our engineers see what the ultrasonic welder is doing when a cycle drifts, which usually shortens the back-and-forth before a fix is agreed. For a plant running several weld stations, that means one place to compare results instead of a clipboard at every bench.

Line Integration & Cell Accessories

1. Start with how the cell triggers a weld. The machine offers multiple auxiliary modes, so it can take a start signal from your line rather than only from the operator panel.
2. Decide how the part reaches the horn. Optional X/Y shifters position the workpiece or the horn when the cycle, not the operator, has to place the weld.
3. Add tooling clamping where the part must be held flat and steady through the cycle, or film rollers where a protective film travels with the part.
4. Plan the protection around the station. Protective light curtains and acoustic enclosure lift gates are available for safety and noise control.
5. If the standard arrangement does not suit the cell, describe how your line runs and we will shape a custom ultrasonic plastic welding solution around it.

Technical Support & Model Matching

Unsure which ultrasonic system fits your workpiece or production line? MCSONIC's engineering team helps you select the right machine, horn or blade configuration before you order, backed by over 10 years specializing in ultrasonic welding and systems widely used in factories worldwide. We support customization of key parameters, integration into existing automation lines, and clear guidance on installation, commissioning and daily operation. Our after-sales engineers help troubleshoot issues remotely or on site, and selected systems support remote diagnostics. Send us your drawings, samples or cycle targets and we will recommend a practical configuration.

FAQ