Horizontal Straight Seam Welding Platform

Controlled torch travel for repeated straight outer-corner seams on fabricated cabinets, enclosures and metal boxes.

  • Motion and control: Servo drive and PLC
  • Weld pattern: Continuous, spot, stitch or multi-segment
  • Source options: Laser, TIG or gas-shielded integration
  • Listed thickness: 0.4-6 mm; validate on the intended joint

Choose around fixture access, usable weld length and the welding-source interface. Application and weld-sample references are shown below.

share:

View More Inquire Now

Straight-Seam Welding for Cabinets, Enclosures and Metal Boxes

The Horizontal Straight Seam Welding Platform is for fabricators producing repeated straight outer-corner joints on sheet-metal assemblies. A servo-driven carriage and PLC-controlled path support consistent torch movement while the workpiece is held in a defined fixture.

It is particularly relevant when operators repeat the same accessible seam on cabinets, equipment housings, battery boxes or kitchen-equipment components. Assess the part orientation, clamping method and complete joint access before selecting a travel length.

Workholding Comes Before Automation

Horizontal straight seam welding platform processing sheet metal enclosures with fixture-mounted welding heads
Application references showing welding-head access and support arrangements on the horizontal platform. Tooling and workholding vary with the joint and welding source.

The application photographs illustrate head access and support arrangements, not a universal fixture. The selected tooling must hold the joint without blocking the start, end or any programmed segment. Include flanges, folds and adjoining panels in the drawing used for the fixture review.

  • Joint consistency: define locating points, fit-up and the acceptable gap for the selected welding process.
  • Head clearance: allow room for the torch or laser head, filler-wire access and cables.
  • Loading sequence: evaluate clamping, welding and unloading as one workstation cycle.

Program the Required Seam Pattern

Touchscreen settings, manual/automatic modes and foot-operated start support setup and repeated cycles. Continuous, spot, stitch and multi-segment modes allow the travel sequence to follow the joint drawing. A programmed path does not compensate for inconsistent fit-up or an unsuitable welding source.

Approve the Weld on Your Material

Reference weld samples showing straight seams and external-corner joints on fabricated metal components
Straight-seam and external-corner weld samples from the supplied equipment material. Surface appearance varies with material, joint fit-up and welding parameters.

These weld samples are application references. Agree the required penetration, visible bead, acceptable discoloration and inspection method on your own material and joint. Do not infer structural weld acceptance or identical appearance from photographs alone.

The listed material applications are stainless steel, carbon steel and aluminum alloy, with a published 0.4-6 mm plate-thickness range. The actual workable thickness depends on source power, material, joint preparation and process settings.

Published Model Comparison

ParameterBR-HJPT-1000mmBR-HJPT-1600mmBR-HJPT-2000mm
Y-axis effective travel1000 mm1600 mm2000m in source; unit to confirm
Travel driveServoServoServo
Control systemPLCPLCPLC
Equipment dimensions (source values)1250 x 940 x 6401850 x 990 x 6402250 x 990 x 640
Weight165 kg220 kg350 kg
Power supplySingle-phase AC 220 V +/-10%, 50 HzSingle-phase AC 220 V +/-10%, 50 HzSingle-phase AC 220 V +/-10%, 50 Hz

Capacity clarification: the original 2000-model travel is printed as "2000m" and the equipment dimensions omit a unit. Confirm both entries for the named model. Motion travel is not necessarily effective welding length: the approved path and fixture clearance must leave room at both ends. The table retains the current product-page values.

Integrate the Welding Source

Laser, TIG and gas-shielded sources are listed options, subject to torch mounting and the source-control interface. Review cooling, shielding gas and filler requirements with the chosen process. The stated electrical supply is for the platform; check the source and auxiliary equipment separately.

Define which items are supplied: platform, welding source, torch holder, fixtures, cooler, wire feeder and safety equipment. Welding consumes process-specific materials even when the positioning platform itself uses no abrasive consumables.

Prepare a Part-Based Acceptance Trial

  • Provide a dimensioned drawing, material grade, thickness and representative incoming parts.
  • Specify straight seam length, joint orientation, required welded/unwelded sections and fixture locations.
  • Identify the existing welding source and the required head/control connections.
  • Agree penetration, appearance and inspection criteria; measure the complete loading-to-unloading cycle.

Compare the Vertical Corner Welding Platform when upright outer-corner joints suit the loading arrangement better. The Horizontal Automatic Welding Platform also lists a horizontal travel configuration; confirm the exact model and scope rather than assuming the pages describe interchangeable equipment.

English Product Overview

A two-page overview covering application photographs, weld samples, process options and the information needed for configuration review. Published by ANHUI BONRAY CO., LTD. This overview is not an operating manual.

Open the English product overview (PDF)

  • Q
    Which parts suit this horizontal platform?
    A

    Repeated straight external-corner joints on sheet-metal cabinets, enclosures, metal boxes and similar fabricated components are the listed applications. The seam must be accessible with the chosen fixture and torch. Curved or obstructed paths need separate review.

  • Q
    Is the listed travel the same as effective welding length?
    A

    Not necessarily. The usable seam depends on fixture clearance, start/end positions and head access. Preserve the current listed values, but confirm the 2000-model travel unit and the equipment-dimension units in the agreed machine specification.

  • Q
    Does the machine include a laser welding source?
    A

    The product page describes a motion platform compatible with suitable laser, TIG or gas-shielded systems. The source and auxiliaries are not automatically confirmed as included. Agree the welding source, fixtures, cooling, wire feed, gas equipment and protective scope separately.

  • Q
    Are the weld photographs a quality guarantee?
    A

    No. They illustrate applications and weld appearance from supplied equipment material. Approve penetration, bead appearance and inspection results on your actual alloy, thickness, joint preparation and source settings.

  • Q
    How is cycle time established for repeat batches?
    A

    Time a representative complete cycle, including locating, clamping, welding, unloading and inspection. Automatic travel and published photographs do not establish a universal parts-per-hour rate.

Workshop & Production

Workshop views covering metal-component coating, equipment enclosures and production-floor operations.

Worker spray-coating suspended metal components inside a workshop coating booth
Equipment control enclosure with switches and a blue door handle
Worker applying a coating to a suspended metal frame in the workshop
Spray-coating operation inside a blue industrial coating booth

Machine Details & Assembly

A closer look at machine controls, component finishing and assembly work. Equipment and control arrangements depend on the selected model.

Machine touchscreen control panel with selector switches and push buttons
Worker finishing a fabricated metal housing with a circular duct opening
Workshop team assembling and finishing fabricated metal housings
Technician inspecting the touchscreen and buttons on a machine control panel

You May Also Like

Free to contact us