When Corning Gorilla Glass Becomes Essential | Gelivable
Why Some Applications Require Corning Gorilla Glass | GelivableWhy Some Applications Require Corning Gorilla GlassIn man···
Read MoreCustom drilled glass manufactured to customer drawings with precision holes, slots, cutouts and structural openings for smart home panels, touch displays, industrial HMI, medical equipment and other technical glass applications.
GelivableGlass provides custom glass drilling and machining for cover glass and technical glass components that require precisely positioned holes, slots, cutouts or other openings. Parts can be processed according to customer drawings for mounting hardware, buttons, sensors, cameras, connectors and other product-integration requirements. Hole drilling can be combined with edge finishing, printing, strengthening, functional surface treatments and adhesive bonding as part of the finished glass manufacturing process.
Custom holes and openings can be produced according to customer drawings for mounting, controls, sensors, cameras, connectors and other component-integration requirements.
GelivableGlass provides custom glass drilling and machining for cover glass and technical glass components that require accurately positioned holes and openings. Hole size, quantity, position and layout are reviewed together with the glass material, thickness and finished-product structure.
Please specify the hole diameter, position, quantity and required spacing in the drawing. The distance between holes and glass edges should also be reviewed together with glass thickness, material and any strengthening requirements.
Round through-holes can be added for mounting hardware, fasteners, buttons, wiring, connectors and other mechanical integration requirements.
Slots and elongated openings can be CNC machined where the product design requires cable access, adjustment space, mounting features or other non-circular openings.
Custom openings can be positioned around sensors, cameras, indicators, buttons and other interface components according to the equipment layout.
CNC machining can also create internal cutouts, edge notches and other custom structural features that cannot be produced by simple round-hole drilling alone.
Hole diameter, spacing and distance from the glass edge should be reviewed together with glass thickness, material, strengthening requirements and finished-part geometry. Final dimensions should follow the approved drawing and manufacturing evaluation.
Glass hole drilling is commonly required when a cover glass or technical glass panel must integrate with buttons, sensors, cameras, mounting hardware, connectors or other components in the finished equipment.
Custom holes and openings can be produced for smart switches, access-control panels, wall controllers and building-automation interfaces that integrate buttons, sensors, displays or other modules behind the glass.
HMI and machine-control panels may require mounting holes, interface openings, indicator windows, slots and custom cutouts around touch displays and control components.
Custom drilled cover glass can support displays, controls, indicators, sensors and mounting structures in diagnostic, monitoring and treatment equipment.
Kiosks, POS systems and commercial terminals can use drilled glass for mounting, sensor, camera, button and connector openings around the display or front-panel assembly.
GelivableGlass combines hole drilling with other custom glass fabrication processes according to the part drawing, glass material, thickness, strengthening requirement and finished-product structure.
CNC machining supports precision holes, slots, internal cutouts, notches and custom glass profiles according to the finished product drawing.
Laser processing can be used for precision cutting, drilling and detailed structural features where the selected glass material, thickness and geometry are suitable.
Water jet cutting can be used for selected custom shapes, larger openings and complex glass profiles without introducing a heat-affected cutting zone.
Silk-screen printing can add black borders, logos, icons, button markings and masking areas around drilled or machined features.
Digital printing supports detailed patterns and customized graphics where more complex visual designs are required.
UV printing can be evaluated for customized markings and decorative graphics according to the selected glass and application.
AR coating can reduce surface reflection and improve transmitted light for display and optical cover-glass applications.
AG treatment can reduce strong glare and improve viewing comfort for glass used over displays and control interfaces.
AF coating provides an easy-clean surface for frequently touched cover glass and control-panel applications.
When a drilled glass project requires strengthening, the manufacturing sequence must be planned carefully. Hole drilling, cutouts and other mechanical machining are generally completed before thermal tempering or chemical strengthening.
Holes and cutouts introduce edges and stress-sensitive areas into the part. Completing the required geometry before strengthening helps avoid machining a finished strengthened glass component.
Adhesive materials can support integration of drilled cover glass with display modules, touch panels, frames and equipment housings.
Adhesive shape and application area can be coordinated with drilled holes, cutouts, printed areas and the supporting structure of the finished assembly.
Send us your drawing, glass size, thickness, quantity and drilling requirements, including hole diameter, position, quantity, slots, cutouts, strengthening, printing, coating or bonding requirements.
GelivableGlass combines hole drilling with CNC machining and other cover-glass fabrication processes so drilled features can be developed together with the complete glass component.
Hole size, quantity, location, slots, cutouts and surrounding glass geometry can be reviewed directly from the product drawing.
Drilling can be combined with CNC machining, edge finishing, printing, strengthening, AG/AR/AF treatment and adhesive bonding according to the finished part.
Custom drilled glass projects can be reviewed from sample development and design validation through repeat production requirements.
Drilled glass is glass that has been mechanically processed to create one or more holes or openings for mounting, buttons, sensors, cameras, connectors, wiring or other product-integration requirements.
Depending on the drawing and manufacturing feasibility, custom glass can include round holes, multiple-hole patterns, slots, internal cutouts, edge notches and other machined openings required by the finished product.
Yes. Hole diameter, quantity, position and layout can be defined by the customer drawing. The final design should also consider glass thickness, material, spacing, edge distance and any strengthening requirement.
Mechanical drilling and cutout processing are generally completed before thermal tempering or chemical strengthening. Machining an already strengthened glass component can create a high risk of damage or breakage, so the process sequence should be confirmed before production.
There is no single universal distance for every project. The suitable hole-to-edge spacing depends on hole diameter, glass thickness, material, part geometry and strengthening requirements. The drawing should be reviewed before the final dimensions are confirmed.
Yes. Depending on the project, drilled glass can be combined with silk-screen printing and compatible AG anti-glare, AR anti-reflective or AF anti-fingerprint surface treatments. The manufacturing sequence is selected according to the finished specification.
Common applications include smart home control panels, industrial HMI and touch panels, medical equipment, self-service terminals and other technical glass assemblies that require openings for controls, sensors, cameras, mounting hardware or connectors.
Please provide the overall glass dimensions, thickness, quantity and a drawing showing hole diameter, quantity, position and any slots, cutouts or notches. Also include strengthening, printing, coating, edge-processing or adhesive requirements when applicable.
Read technical articles about glass drilling, CNC machining, cover glass fabrication, strengthening, surface treatments and custom glass design.
View All BlogSend us your drawing with glass dimensions, thickness, hole sizes, hole positions, slots, cutouts and quantity. GelivableGlass can review the drilling and machining requirements together with strengthening, printing, coating and final assembly needs.
Contact our team to review hole geometry, position, glass thickness, machining sequence and finished-part requirements.