Semi-Dry Press for Facing Bricks & Tiles — 900 Bricks per Hour

Facing-brick producers on semi-dry cement binder need a press that hits a defined hourly output without becoming a maintenance burden. Cement-bound mixtures are abrasive — tooling, dies, and the press frame have to survive sustained production, not just rate well on the first hundred cycles.

Why "900/hr at startup" isn't enough

A press that hits 900 bricks per hour for the first eight hours and then degrades is a press that will quietly underperform for the rest of its service life. The buyer compares the spec sheet to the second machine's spec sheet — but lives with the third month, the sixth month, the second year.

The brief was a press that hits 900/hr *in production*, not at startup.

We engineered the press around the long-run case: tooling material and clearances chosen for cement-binder abrasion, frame sized for sustained tonnage rather than peak, and a cycle architecture that holds the rated 900-piece-per-hour throughput in production rather than just at startup. The full CAD package was produced before manufacturing, with a built and tested machine as the deliverable.

Design choices that matter at the 2-year mark

• *Tooling material.* Selected for cement-binder abrasion — extends die life past the startup honeymoon.
• *Die clearances.* Sized so wear over service life doesn't migrate dimensional tolerance.
• *Frame mass.* Specified for sustained tonnage at the rated cycle rate.
• *Hydraulic stack.* Sized to hold the cycle without temperature-induced derating.
• *Service access.* Die replacement and frame maintenance designed for a working factory, not an engineering bay.

Deliverable

Full CAD package, mechanical drawings, BOM, manufacturing prints, and the built machine — manufactured and delivered.

The press was manufactured and delivered. It produces facing bricks and tiles by semi-dry pressing on a cement binder at the rated 900 conventional bricks per hour.

What the buyer actually got

• A press rated at 900/hr that holds the rating in continuous production.
• Service intervals matched to the abrasion profile of cement-bound mixtures.
• A mechanical package the buyer's maintenance team can read and act on.
• Output covering both facing brick and tile, not a brick-only machine repurposed for tile.

The press is designed to integrate into a wider production line — feeding, curing, and palletization can run upstream and downstream without dedicated handling between cells. For producers building toward the fully-automated line architecture, the press is the load-bearing stage; the line layout decisions follow from press cycle behavior and exit geometry.