TAIYI LASER
TY-QX1019 backpack multi-mode configuration with shoulder frame, air-cooled cabinet and control screen

Backpack · multi-mode pulsed cleaning

Backpack Multi-Mode Pulsed Laser Cleaning Machine

The TY-QX1019 multi-mode backpack pulsed laser cleaner combines a carried air-cooled unit with 200 or 300 W options. Compare the documented pulse-energy pairings and optional battery package against the substrate, layer to be removed and access conditions.

Listed laser power200 / 300W
Pulse-energy options5 / 15mJ
Cleaning width10-100mm

Whole-machine warranty: 2 years · Final price and delivery timing depend on laser power, pulse-energy option, battery configuration, cleaning requirement, safety, extraction and delivery scope.

Specifications

TY-QX1019 backpack multi-mode configuration data

Machine architecture
Model
TY-QX1019
Configuration
Backpack · multi-mode
Laser source
JPT pulsed fiber laser
Laser type
Pulsed fiber laser
Listed wavelength
1,064 nm
Cooling / operation
Air cooling / handheld
Laser and cleaning range
Listed laser power
200 / 300 W
Maximum single-pulse energy
5 mJ at 200 W; 5 or 15 mJ at 300 W
Maximum scanning speed
30,000 mm/s / 1,181 in/s
Cleaning width
10-100 mm / 0.39-3.94 in
Utilities and handling
Input power
AC 220 V ±10%, 50/60 Hz
Fiber cable length
1.5 m / 4.9 ft
Cleaning-head weight
<0.75 kg / <1.65 lb
Listed system weight
12.5-13.5 kg / 27.6-29.8 lb without battery
Listed weight with battery
17-18 kg / 37.5-39.7 lb
Machine size without battery
268 × 135 × 445 mm / 10.6 × 5.3 × 17.5 in
Machine size with battery
268 × 191.5 × 445 mm / 10.6 × 7.5 × 17.5 in
Power options
Mains supply; lithium battery optional
Warranty
2 years for the whole machine

Carry multi-mode pulsed cleaning power closer to the work

Backpack-format mobility

The compact system is carried on a shoulder frame, supporting cleaning work at elevated structures, installed equipment and sites where a wheeled cabinet is difficult to position.

Multi-mode pulse-energy options

The listed configuration pairs 200 W with 5 mJ and offers 5 or 15 mJ at 300 W, allowing the pulse-energy choice to be reviewed against the surface layer and required result.

Air-cooled architecture

The listed configuration uses air cooling and does not require an external water-cooling circuit, reducing the support equipment needed for mobile work.

Mains or optional battery supply

The machine can use the listed AC 220 V input, with an optional lithium-battery configuration available when the project requires operation away from a fixed power point.

Lightweight handheld head

The listed cleaning head weighs less than 0.75 kg, while the 1.5 m fiber supports close-range work around the operator.

Matched to the workpiece

Power, pulse energy and process settings are confirmed from the base material, surface layer, cleaning area and required acceptance result.

From surface review to cleaning acceptance

The final power, pulse energy and settings are selected from the material, surface layer, access conditions, target finish and acceptance criteria.

  1. 01

    Base material and surface-layer review

  2. 02

    Rust, paint, oxide or residue defined

  3. 03

    Cleaning area and access checked

  4. 04

    Target finish and acceptance standard agreed

  5. 05

    200 or 300 W power selected

  6. 06

    Pulse energy and scan settings confirmed

  7. 07

    Mains or battery configuration selected

  8. 08

    Safety, extraction and delivery scope confirmed

Explore the applications and laser processes connected to this equipment.

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Review beam mode, pulse energy and portability together

Use the documented power and pulse-energy pairings

The 200 W configuration lists 5 mJ maximum single-pulse energy; the 300 W configuration lists 5 or 15 mJ. Choose a confirmed pairing for the process review. A higher pulse-energy option does not independently prove faster removal or a better underlying surface.

Account for the battery in weight and dimensions

The listed system is 12.5–13.5 kg without a battery and 17–18 kg with a battery. Battery selection also changes the listed enclosure depth from 135 to 191.5 mm. Include the full carried package when checking access and movement around the equipment.

Compare modes on the same cleaning task

Multi-mode identifies the laser beam mode, not multiple machine functions or cleaning presets. Compare this configuration with the single-mode backpack using the same material, surface layer and acceptance criteria, while keeping power, pulse energy and working width explicit.

Machine selection questions

Does multi-mode mean cleaning, welding and cutting?

No. Here multi-mode identifies the laser beam mode within a pulsed cleaning configuration. It does not establish welding or cutting functions, or a count of cleaning presets.

Which pulse-energy options match each power?

The current table pairs 200 W with 5 mJ and lists 5 or 15 mJ at 300 W. Confirm the selected power and pulse-energy configuration together in the quotation.

How does the optional battery change the package?

Listed system weight changes from 12.5–13.5 kg without a battery to 17–18 kg with one, and enclosure depth changes from 135 to 191.5 mm. Runtime and charging arrangements need confirmation for the selected battery.

Is multi-mode always better than the single-mode backpack?

No universal advantage is established. The configurations have different power and pulse-energy options; compare the accepted cleaning result on the same substrate and layer, together with weight and access needs.

What information makes quotations comparable?

Specify the 200 or 300 W choice, pulse-energy option, mains or battery supply, material and surface layer, required result and working access. Include the extraction, safeguarding and delivery scope so the packages can be compared consistently.

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Price depends on laser power, pulse-energy option, mains or battery configuration, surface layer, cleaning area, safety package, extraction and delivery scope.