1.3 - 2.7 HP | 120V 1∼
5,500 in²
6 gal
The XM Torch is an on-torch welding fume extraction vacuum built for source capture directly at the weld point. Instead of relying only on ambient capture, it helps pull welding fumes away from the operator at the torch, making it a strong fit for applications where fume control needs to happen as close to the arc as possible.
Available in 1-motor and 2-motor configurations, the XM Torch is designed for industrial welding environments that need compact, mobile extraction with synchronized startup. Its sensor-based control allows the unit to operate with the welding machine, helping simplify use during active welding cycles.
A high-efficiency cartridge filter supports welding smoke and fine particulate collection, while optional HEPA H13 and HEPA H14 filtration can be specified for more demanding applications. For manufacturers looking for a torch extraction vacuum unit rather than a hood-based capture approach, the XM Torch gives a more direct source-capture solution.
The vacuum is created by a single By-Pass motor, and each motor is controlled by its own separate switch, providing the operator with the ability to regulate the suction power. The motors are housed within a robust casing, which incorporates an insulating sponge to effectively reduce noise levels.
The filtration is assured by a durable polyester filtering cartridge designed to provide a generous filter surface area (40,000 cm2) within a compact space. This allows for efficient air passage even when the filter becomes dirty. The filter is certified as M Class (BIA | EN 60335-2-69), ensuring its effectiveness in capturing particles as small as 1 micron. This not only protects the motors but also safeguards the operator from potentially harmful particles
The vacuum cleaner is fitted with a cutting-edge filter cleaning system called JetClean®, developed by Depureco. This innovative system takes advantage of the pressure differential between the vacuum cleaner's interior and exterior to create a powerful air jet. As this air jet passes through the cartridge, it effectively dislodges the dust particles from the surface of the filter. This process occurs swiftly and efficiently, allowing the filter to remain clean and fully functional during operations, without the need to interrupt the vacuuming process.
The machine incorporates a sensor located on one side, providing the operator with the ability to control the unit directly from the welding equipment. By passing the cable through the clip, a synchronized action is achieved. This means that when the welding process commences, the vacuum cleaner will simultaneously start operating.
H13 Absolute conical Filter (EN 1822)
H14 Absolute Filter (EN 1822) Glass fiber
Get answers about using the XM TORCH for welding-fume source capture directly at the torch, MIG and MAG welding, synchronized extraction, JetClean filter cleaning, H13 and H14 filtration, model selection, and choosing between on-torch extraction and hood- or arm-based welding fume capture.
The XM TORCH is a compact welding-fume extraction vacuum designed to capture fumes directly at the welding torch, as close as practical to the point where the fumes are generated.
The current U.S. product range is designed primarily for MIG and MAG welding applications and is available in XM TORCH 1M and XM TORCH 2M configurations.
Rather than relying only on an overhead hood or extraction arm several inches away from the weld, the XM TORCH connects to an on-torch extraction setup so fumes can be pulled into the collection system directly from the welding area.
This makes it a strong fit for fabrication cells, welding stations, production lines, and mobile welding environments where operators need compact source capture that moves with the torch.
The XM TORCH is especially useful when a larger extraction hood would interfere with the work area or when the welding point changes frequently during the weld.
On-torch extraction captures welding fumes through a suction connection positioned directly at or near the welding torch.
As the weld is created, fumes rising from the arc are pulled into the torch extraction path and carried through the hose to the XM TORCH filtration system. Capturing the fumes close to where they are generated reduces the distance they must travel before entering the extraction system.
The XM TORCH also includes a welding-machine control sensor. The welding cable passes through the sensor so the extractor can synchronize with the welding cycle and start operating when welding begins.
This allows extraction to follow the operator’s work rather than requiring the welder to continually reposition a separate extraction arm.
Actual capture effectiveness depends on the torch configuration, extraction connection, welding process, shielding-gas requirements, welding parameters, hose arrangement, and how the pickup point is positioned relative to the arc.
The main difference between the XM TORCH 1M and XM TORCH 2M is available airflow and motor capacity.
The XM TORCH 1M uses one by-pass motor and provides up to 115 CFM of airflow with 94 inH₂O of maximum vacuum.
The XM TORCH 2M uses two by-pass motors and doubles maximum airflow to 230 CFM while maintaining the same 94 inH₂O maximum vacuum.
Both models use the same 2-inch inlet, 6-gallon collection bin, Class M PTFE-coated cartridge filter, JetClean filter-cleaning system, and welding-machine control arrangement.
Choose the 1M when the extraction requirement can be met with the lower airflow and a more compact single-motor setup. Choose the 2M when the torch, hose arrangement, welding process, or required extraction volume calls for greater airflow.
The model should be selected from the actual welding setup rather than simply choosing the larger machine.
The XM TORCH uses a 5,500 in² Class M cartridge made from PTFE-coated polyester as its primary filtration stage.
The PTFE-coated cartridge provides a large filter area for welding smoke and fine particulate while helping the filter release accumulated material during cleaning.
Filter cleaning is handled by Depureco’s JetClean system. JetClean uses the pressure differential between the inside and outside of the vacuum to send a cleaning pulse through the cartridge and dislodge accumulated dust without requiring a separate compressed-air supply.
An anti-spark safety filter is included in the current XM TORCH configuration.
For applications requiring additional filtration, an H13 primary absolute filter with PTFE membrane is available, and an H14 fiberglass secondary absolute filter can also be added.
The H13 and H14 options perform different filtration roles and should not be treated as interchangeable descriptions of the standard XM TORCH.
Choose the XM TORCH when welding fumes need to be captured directly at the torch and the extraction point needs to move continuously with the welder.
On-torch extraction can be especially useful for long welds, changing weld positions, production welding, or workpieces where repeatedly repositioning an extraction arm would interrupt the operator’s workflow.
An extraction-arm unit such as the AIR WELD may be a better fit when the welding area is relatively fixed and the operator can position a hood near the arc without interfering with the welding process.
AIR WELD uses a high-airflow extraction arm to capture fumes from the surrounding welding zone, while XM TORCH uses higher-vacuum source capture directly through the torch extraction path.
Neither approach is automatically better for every welding process. Selection should consider welding method, torch compatibility, welding current, shielding gas, operator movement, workpiece geometry, capture distance, hose routing, available electrical power, and whether the extraction system must move with the torch.
The XM TORCH should also not be treated as a general-purpose industrial vacuum for bulk metal dust, chips, grinding debris, or combustible metal powder. Its primary function is welding-fume source capture.
