TAIYI LASER

Agricultural machinery laser solutions

Choose equipment for agricultural panels and structures, welded assemblies or abrasive-wear surfaces. Start with the part size and steel grade for cutting, the joint and fixture for welding, or the worn area and required surface for treatment.

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Agricultural chassis, plough blades, auger and hydraulic cylinder in a workshop

Laser processes for agricultural machinery

Tractors, harvesters, seeders and rotary tillers create different fabrication and maintenance tasks. Separate new panels and frames from housings, hydraulic components and working tools exposed to soil and abrasion. Review each task against the material, dimensions and target result before combining it into a production solution.

AI concept illustration of a tractor cultivating expansive farmland
  1. 01

    Cutting panels, chassis & structural parts

    Supply the largest sheet or plate size, grade, thickness and finished-part drawings for cab panels, chassis and structural components. For tube and profile preparation, include section geometry, stock length and the required cut or bevel.

    Select the cutting format and configuration from the actual stock and edge requirements; a stated power rating does not prove every thick-plate application.

  2. 02

    Welding frames, headers & hydraulic components

    Map welds on gearbox housings, frames, headers, augers and hydraulic assemblies. Review joint access, clamping, loading and any reorientation needed to present the whole seam.

    Agree distortion, dimensional and sealing requirements for the assembly before defining the welding and fixture package.

  3. 03

    Wear-resistant cladding & surface strengthening

    Locate abrasive wear on ploughshares, rotary tiller blades and harvesting tools when reviewing cladding. Treat shaft or gear surface strengthening and hardening of sprockets or guide rails as separate process choices.

    Compare the required deposited layer or existing-surface treatment with the base material and operating conditions; do not infer a fixed field-life gain.

Match the process to your parts

Cutting

Cut cab panels, chassis and frames, with tube and profile cut-to-length for high-strength and wear-resistant steels.

Welding

Join gearbox housings, frames, headers and augers, along with hydraulic cylinders and pipes.

Cladding

Apply wear-resistant cladding to ploughshares, rotary tiller blades and harvesting tools.

Surface strengthening

Strengthen shaft and gear surfaces, with laser hardening for sprockets and guide rails.

Application and equipment questions

Which agricultural components are included?

The scope covers panels and structural parts, welded frames and housings, hydraulic components, and working tools or transmission surfaces requiring wear treatment. The actual equipment is selected from the part requirements.

How do plate dimensions affect machine selection?

The largest stock and required parts determine the cutting format to review, alongside thickness, grade and loading arrangement. Include handling space and how cut parts leave the machine.

Does laser power alone prove thick-plate suitability?

No. Material grade, thickness, cutting configuration and the required edge result must be reviewed together. Confirm the selected machine against the actual part specification.

When does cladding differ from hardening?

Cladding deposits material for a defined working surface or restoration task. Laser hardening treats the existing surface without adding a cladding layer. Choose according to substrate, wear condition and required result.

What information is needed for new or worn parts?

For new parts, send drawings, grades, thicknesses, joints and production targets. For worn parts, add condition photographs, the wear location, original and remaining dimensions, and the operating conditions the surface must withstand.

Request a quote

Tell us the part. We will tell you the machine.

Describe your agricultural components, material, thickness and production requirements. For worn parts, include the wear location and operating conditions; for new parts, describe the cutting or welding task.

An application engineer replies within one working day