Precision Cutting & Sizing
Glass is cut to project dimensions with tolerances checked before moving to the next process stage — reducing rework and ensuring finished panels match approved drawings.
Processing Capabilities
Processing capability determines what a project can actually specify — not just which glass type is available, but which structural, safety, or decorative treatments can be applied.

Heat-treated for strength and safety

PVB/SGP interlayer bonding for laminated safety glass

Dual-sealed insulated glass units

Intermediate strength processing between annealed and tempered

Hot-formed curved glass for facades and features

Precision holes, cutouts, and edge notching

Surface frosting and decorative finishing

Custom patterns fired directly onto the glass surface
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Equipment determines both the precision and the volume a supplier can deliver. The eight machines below cover our core production line, from initial cutting through to surface finishing — each selected to support consistent output at project scale.

Heat-treats glass to increase impact resistance and meet safety glazing requirements. With a maximum processing size of [2440mm × 3660mm], handling thicknesses from [3mm to 19mm].

Computer-controlled cutting for precise dimensions and reduced material waste, feeding directly into downstream tempering, laminating, or edging processes.

Shapes and smooths cut edges to the specified profile — flat polished, pencil edge, or beveled — before further processing.

Cleans and dries glass surfaces before coating, printing, or laminating, removing residue that could affect coating adhesion or optical clarity. Rated for glass up to [2500mm × 1800mm].

Bonds PVB or SGP interlayers between glass panes under controlled heat and pressure, producing laminated safety glass that stays intact if broken.

Assembles sealed insulating glass units with a desiccant-filled spacer and dual seal (butyl + structural sealant), rated for overall thickness up to [50mm]

Cuts precise holes, cutouts, and edge notches for hardware fittings, fixtures, and mounting systems specified in project drawings.

Applies custom patterns or full-coverage color directly onto the glass surface, fired at high temperature for a durable, UV-stable finish.
How we do
Having the right equipment is only part of the picture — how each process is controlled determines the actual quality of the finished product. The following details the specific controls we apply at each stage, and why they matter for the result.
Glass is cut to project dimensions with tolerances checked before moving to the next process stage — reducing rework and ensuring finished panels match approved drawings.
Furnace temperature and cooling rate are set specifically for each glass thickness and coating type, since incorrect settings can cause optical distortion or inconsistent stress patterns. HST is available for critical applications to reduce the risk
PVB or SGP interlayers are bonded in an autoclave under specific temperature and pressure cycles, ensuring full adhesion across the entire pane — not just the edges.
Insulating units are sealed with both a primary butyl seal (moisture barrier) and a secondary structural seal (mechanical strength), following standard practice for long-term durability in insulating glass units.
Edge profile — flat polished, pencil, or beveled — is selected based on the application, since exposed edges (railings, partitions) require a different finish than framed edges (curtain wall, windows).
Sandblasting, acid etching, and digital ceramic printing are applied as a final step after cutting and edging, with masking used where partial patterns or logos are required.