Automated Facing-Brick Line — 15M Bricks / Year on Semi-Dry Cement Pressing

Facing-brick production on semi-dry cement binder has historically required either large labour-intensive plants or smaller plants with significant per-cycle downtime. The client wanted a single integrated line that hit a 15M-brick annual output at a footprint small enough for industrial sites that couldn't host a traditional plant.

What "most-automated in its class" had to mean

Automation isn't a marketing claim if the line still needs operators to move material between cells, restart equipment between cycles, or hand-feed any stage. The brief was specific: the line runs as one coordinated machine, operator presence is for monitoring and material logistics rather than per-cycle action, and footprint is small enough to install on industrial sites that can't host a traditional plant.

The 800m² constraint

A conventional plant of equivalent output sits on multiple thousands of square meters. Hitting 800m² required integrating function — pressing, curing, and palletization sharing space rather than each requiring its own bay. That's a plant-layout problem, an automation problem, and a process-engineering problem at the same time.

We owned the entire program: concept sketches, full mechanical and process design, electrical and control specification, layout, build, and commissioning at the first customer site. One organization, one engineering practice, one accountability path.

Integrated function — the line as one machine

The line integrates raw material handling, dosing, semi-dry pressing on a cement binder, curing, palletizing, and quality reject — running as one coordinated machine rather than separate cells. Automation runs the whole line; operator presence is for monitoring and material logistics rather than per-cycle action.

Stages, integrated end-to-end

• *Raw material handling.* Aggregate, cement, and pigment intake — automated dosing.
• *Pressing.* Semi-dry cement-bound pressing at production tonnage.
• *Curing.* In-line curing without a separate bay — the curing process shares the line's footprint with pressing and palletization.
• *Palletization.* Automated stacking and pallet-builder integration.
• *Quality reject.* In-line reject without operator inspection at every cycle.

Why the footprint works

The 800m² figure isn't achieved by compressing each stage; it's achieved by *integrating* them. Pressing, curing, and palletization share space rather than each requiring its own dedicated bay. That layout is the load-bearing engineering decision behind the plant economics.

The line has run in production since 2015 at the first customer site. Annual output: 15 million conventional bricks. Footprint: 800m² — a fraction of a conventional plant of equivalent output. It remains the most-automated line in its class for this technology.

What's notable a decade in

• *Continuous production since 2015.* The control architecture, mechanical design, and process integration have held through a decade of production. No structural redesigns.
• *15M bricks per year — sustained.* The output figure is annual averaged, not a peak-hour extrapolation.
• *Single-site commissioning still standing.* The line was commissioned at the first customer site; the same site is still operating it.

Engineering

• Concept sketches and feasibility
• Full mechanical design (3D CAD, drawings, BOM)
• Process engineering (mix design support, cycle architecture, curing integration)
• Electrical specification
• Control system specification
• Plant layout for the 800m² footprint constraint

Delivery

• Procurement and fabrication
• Assembly
• Site installation
• Commissioning at the first customer site
• Ongoing-production handover

No subcontracting of engineering accountability. The same practice that drew the line on day one was on site at commissioning.

When prospective clients ask whether we've actually delivered a fully automated production line — not a cell, not a pilot, but a plant — this is the engagement we point to. It's been running continuously since 2015 at a single customer site, at the rated annual output, at the rated footprint.

It is also a good demonstration of the multi-disciplinary scope: mechanical engineering, process engineering, electrical, controls, layout, and site commissioning all in one practice.