Welding Table PLUS 12 mm – 1500 x 1000 mm

Description

Welding table PLUS 1500×1000 mm – versatile work surface for larger structures

Welding table PLUS 1500×1000 mm sits between compact and clearly more extensive workstations. The S355J2+N steel work surface, ribbed reinforcement, milled and chamfered mounting points, and engraved markings make it suitable for preparing both elongated components and wider welded assemblies.

1500×1000 mm work surface for larger structures

The 1500×1000 mm format provides noticeably more space for positioning frames, fabricated structures, welded assemblies and components requiring wider spacing between clamping points. The longer side makes it easier to arrange elongated parts, while the 1000 mm width leaves room for tooling and additional components.

A welding table with a 1500×1000 mm work surface is well suited to workstations handling a wide variety of projects. The versatile tabletop proportions make it possible to work with both elongated components and assemblies that occupy a larger part of the work surface.

S355J2+N welding tabletop for regular workshop use

The 1500×1000 mm format is well suited to working with a wider variety of structures – both elongated components and wider assemblies. The tabletop is made of S355J2+N steel, while the versatile proportions of the work surface make the workstation suitable for different types of projects.

The work surface is supported from below by a ribbed structure. This is particularly important when several parts of one assembly are clamped simultaneously in different areas of the tabletop.

GPPH advises: moving to a 1500 mm length is justified when a shorter work surface begins to force the workpiece and tools too close together. The 1000 mm width still maintains proportions suitable for both elongated components and more extensive assemblies.

Hole system for more extensive clamping configurations

A larger work surface only delivers its full value when the tooling can be positioned freely. Milled and chamfered holes provide numerous available positions for tooling.

For one project, they can be used to position an elongated frame; for another, to set up a more compact assembly occupying a greater width. This helps preserve the versatile character of the workstation.

Load capacity of the welding table PLUS

Each welding table PLUS variant offers a load capacity of up to 750 kg per leg. This makes the workstation suitable also for working with heavier components and higher loads.

Engraved scale for organizing a larger work surface

On the 1500×1000 mm surface, structural components, supports and clamping tools can be positioned at the same time. The engraved reference system helps organize these elements clearly and maintain control over their relative positioning.

For recurring projects, the remembered positions of key structural points can be reused. This makes it easier to prepare a larger setup again without rebuilding the entire reference layout from scratch.

Welding table PLUS 1500×1000 mm parameters

• work surface 1500×1000 mm,
• tabletop made of S355J2+N steel,
• construction reinforced with stiffening ribs,
• milled and chamfered mounting holes,
• engraved scale supporting positioning,
• more space for the workpiece and tooling,
• possibility to create more extensive clamping configurations,
• proportions suitable for a variety of structures.

The versatile 1500×1000 mm proportions provide more room for larger workpieces without limiting the workstation to a single type of structure. Choose the PLUS 1500×1000 mm if you need a larger work area while maintaining versatile tabletop proportions.

Frequently Asked Questions

Is 1500×1000 mm a versatile format?
Yes. The proportions make it suitable for both elongated components and structures that require greater working width.

Is 1500×1000 mm a versatile format?
Yes. The proportions make it suitable for both elongated components and structures that require greater working width.

When is it worth moving from a smaller variant to 1500×1000 mm?
When, on a shorter tabletop, the workpiece and tools start to be positioned too close together or there is not enough room for additional clamping points.