Precision glass machining
Machining Glass makes precision glass and quartz components to print — wafers, microfluidic chips, optical filters, windows, conductive glass and more. Send a drawing and we handle machining, coating, bonding and inspection.
AR-coated and uncoated windows for UV, visible and infrared paths, with controlled flatness and parallelism.
Plate and dichroic beam splitters for laser and imaging systems, coated to your split ratio.
Cover and carrier glass for CCD/CMOS sensor screening and imaging equipment.
Made-to-print quartz and specialty glass — thin discs, sheets and non-standard geometries.
Fused silica, quartz and borosilicate wafers from 2 to 12 inches, diced, ground and cleaned for…
Glass-bottom microplates for high-content screening and high-resolution imaging.
ITO and FTO coated glass with specified sheet resistance for displays, touch sensors and electrochemistry.
Etched and grooved cover glass for LED and OLED module packaging and encapsulation.
Etched and bonded glass chips with sealed channels for diagnostics, cell analysis and lab-on-chip instruments.
Coated optical glass filters — longpass, shortpass, bandpass, notch, dichroic and neutral density — cut to…
Drilled, slotted and profiled glass and quartz plates held to tight positional tolerances.
A detailed explanation of the anti-reflective (AR) coating manufacturing process for optical glass windows, covering materials, deposition techniques, quality control, and batch scalability for industrial buyers.
A technical overview of the sandblasting process used to create consistent matte finishes on borosilicate glass components, covering material selection, step-by-step manufacturing, quality control, and scalability…
Explore the step-by-step production of chalcogenide glass coatings for IR optical components, from base material selection to advanced coating techniques, ensuring high-performance infrared optics for industrial…
An in-depth look at how precision CNC glass V-groove machining produces high-accuracy grooves for LED and optical parts—covering materials, step-by-step fabrication, equipment, quality checks, and scalable…
This page compares alkali-free glass materials for electronic and display substrate applications, detailing key properties, trade-offs, and coating options to help procurement teams select the optimal glass for flat-panel displays, OLEDs, and semiconductor packaging.
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Choosing the right glass substrate is as critical as the anti-reflective coating itself for achieving durable, high-transmission optics. This guide compares borosilicate, fused silica, sapphire and more to help procurement teams and engineers specify the optimal material.
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A comprehensive guide for B2B buyers comparing borosilicate BF33, fused silica, and other glass materials for microfluidic chip manufacturing, including coating options and selection criteria based on application needs and compliance.
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A technical overview of BOROFLOAT 33 and alkali-free glass wafer materials, including property trade-offs and coating options for semiconductor, optical, and industrial applications.
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Paired JGS1/JGS2 quartz sheets for UV and visible optical work.
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Borosilicate wafers with low thermal expansion for MEMS and sensor processing.
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Low-alkali display glass wafers for TFT, sensor and packaging processes.
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AR-coated windows with high transmission and controlled parallelism.
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Low-reflection optical glass for viewports, covers and instrument windows.
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Narrow and wide bandpass filters centred on your target wavelength.
View detailsUpload STEP / DXF drawings for structural review.
Engineering review of tolerances and material compatibility.
CNC / laser machining in a cleanroom-controlled environment.
Final metrology reporting and ISO compliance documentation.
An in-depth look at CNC glass grinding for B2B buyers, covering materials, step-by-step processes, quality checkpoints,…
Fused silica is the default substrate for demanding optical work, but the JGS1 and JGS2 grades…
A checklist for ordering longpass, bandpass, notch and dichroic filters without surprises.
Channel width, aspect ratio, port spacing and bonding allowances that keep glass chips manufacturable.
Engineering Review
Send drawings, tolerances and material notes. We review geometry, material and feasibility, then quote prototype or production quantities.
