Architectural Metalwork Fabrication Solutions

Precision cutting, forming and finishing systems for handrails, balustrades, frames and decorative structures.

Architectural metalwork demands clean lines, accurate joints and a consistently high-quality finish — often in stainless steel or aluminium where every imperfection is visible. Whether you are producing handrails, balustrades, frames, gates or bespoke decorative components, the right machinery can make the difference between slow, labour-intensive processes and efficient, repeatable production.

Selmach supplies a complete range of machinery for architectural metalwork, from tube and section lasers through to press brakes, section rollers, and finishing equipment. This page explores how these technologies help solve industry challenges, and which models best suit different workshop environments.

Sheet Lasers

Flatbed fibre lasers are used for:

• brackets

• base plates

• decorative components

• façade elements

• flat parts for railing systems

They provide tight tolerances, clean edges and the ability to nest complex shapes efficiently.

Tube & Section Lasers

Tube lasers are ideal for architectural work due to their:

• extremely accurate mitres and joint geometry

• clean, consistent cuts requiring minimal finishing

• repeatable results on stainless and aluminium

• ability to cut holes, slots and notches in one operation

• smooth integration with press brakes and rollers downstream

• automation options that reduce manual handling

This significantly accelerates production compared with saws, grinders or plasma cutting.

Press Brakes

Press brakes are fundamental for forming:

• brackets

• stiffeners

• support plates

• architectural frames

• bespoke decorative structures

Modern CNC controls ensure consistent results across batches.

Section Rollers

Section rollers support the production of:

• curved handrails

• circular balustrades

• decorative curves

• curved box section frames

They deliver predictable rolling results without distortion.

Finishing & Preparation Equipment

Finishing machines help:

• polish stainless components

• deburr laser-cut edges

• prepare surfaces for architectural-quality presentation

This reduces manual polishing time and elevates final quality.

• Handrail tubes and bends

• Balustrade uprights

• Decorative frames

• Staircase components

• Brackets and connectors

• Curved handrail sections

• Furniture frames

• Structural support elements

• Custom architectural features

A complete workflow might look like:

1. Tube Laser Cutting – mitres, notches, slots, joint details

2. Sheet Laser Cutting – brackets, plates, decorative parts

3. Press Brake Forming – bending plates and frames

4. Section Rolling – creating curved railings and architectural forms

5. Finishing & Polishing – preparing stainless/aluminium surfaces

6. Assembly & Welding – improved fit-up speeds up final fabrication