Skip to content
Request Quote

Precision Glass Manufacturing

Precision Glass Processing

Explore ANTGLASS precision glass cutting, CNC machining, drilling, edge finishing, borosilicate processing and optical polishing for drawing-based projects.

Custom Precision Glass Manufacturing

Choose the Process from Geometry, Material and Acceptance Criteria

ANTGLASS manufactures custom precision glass components from drawings. Start with the part geometry, then confirm how the specified glass behaves during cutting or machining, and finish by defining measurable edge, surface and inspection requirements.

Choose a Starting Point

How Should You Navigate Precision Glass Processing?

The fastest route to a useful quotation is to begin with the engineering question that controls the part.

01 · Geometry

Start with the Feature to Be Made

Identify the outside profile, holes, slots, cutouts, internal radii, edge condition and any surfaces that cannot be contacted during processing.

02 · Material

Confirm the Glass Response

Specify the exact glass type, grade, thickness and thermal history so the process route reflects brittleness, thermal behavior and surface-quality risk.

03 · Acceptance

Define How the Part Will Be Accepted

Mark critical dimensions, datums, edge chips, surface finish, flatness, parallelism and the inspection records required for approval.

Browse by Technical Topic

Browse Processing Pages by Engineering Question

Use these topic groups to move from a broad process choice to a more specific material and process combination.

Prepare a Useful RFQ

What to Include for a Processing Review

A complete drawing package allows ANTGLASS to select the process route and inspection plan without relying on assumptions.

Drawing and Revision

Send STEP, STP, DXF, DWG, PDF, IGS or IGES files and identify the current revision.

Material and Thickness

State the glass family, exact grade when known, thickness and any coating or thermal history.

Critical Geometry

Mark holes, slots, internal radii, edge distances, datum surfaces and features that control assembly.

Quality Requirements

Define dimensional tolerances, edge chips, surface finish, surface quality, flatness and parallelism where applicable.

Quantity and Inspection

Provide prototype and batch quantities, inspection report needs, sample approval steps and packaging expectations.