Designed for control, not scale
Our manufacturing model is intentionally compact. Our 50m² micro-factory is structured to minimise hand-offs, reduce variability, and maintain direct control over the processes that most strongly influence cosmetic quality and repeatability.
Rather than optimising for throughput, the layout, workflows, and equipment selection are optimised for predictability, traceability, and process stability across low-volume, high-mix programmes.
This approach allows development, iteration, and production-intent manufacture to occur within the same controlled environment.
Why a micro-factory works for performance-critical displays
Large-scale production environments are optimised for volume and utilisation. They typically introduce distance between design decisions and manufacturing reality, increasing the risk of late discovery, cosmetic inconsistency, and uncontrolled variation.
The micro-factory model removes those gaps.
By keeping critical processes in close proximity and under direct control, we are able to:
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Align design intent and manufacturing capability early
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Iterate safely without supplier delay or loss of control
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Maintain consistent cosmetic outcomes across builds
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Apply the same process discipline from prototype through production
Scale is introduced deliberately — only once stability is proven.
A controllable manufacturing environment
The compact nature of the micro-factory allows tighter control of the manufacturing environment than is practical in high-volume facilities.
Environmental conditions, material handling, and process flow are defined to support cosmetic stability, dimensional consistency, and repeatable outcomes.
This level of control is particularly important for optical components, printed features, and bonded assemblies where small variations can have disproportionate impact.
Lower overheads, fewer inefficiencies
The micro-factory model operates with lower fixed overheads than traditional large-scale production environments. This reduces pressure to push volume prematurely and allows projects to progress at an appropriate pace during development, validation, and early production.
For customers, this translates to:
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Greater flexibility at low and medium volumes
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Reduced waste from over-processing or forced scale-up
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A manufacturing partner aligned to project maturity, not utilisation targets
Reduced environmental impact by design
Operating a compact, purpose-focused manufacturing model also supports a reduced carbon footprint.
Shorter process chains, fewer external hand-offs, and lower energy demand per programme reduce unnecessary transport, rework, and inefficiency. Materials are processed deliberately, not speculatively, and scale is introduced only when required.
Sustainability here is a by-product of control — not a separate initiative.
Built around the processes that matter most
The micro-factory is organised around a small number of tightly controlled, purpose-selected processes that directly influence cover lens performance and appearance:
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CNC machining for precise control of window geometry, edges, and functional features
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Semi-automated screen printing for repeatable borders and cosmetic features
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Pressure lamination for controlled bonding and stack integrity
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Defined inspection and handling to support repeatability rather than rework
Each process is selected and configured to support consistency first, efficiency second.
Continuity from development to production
The same manufacturing environment is used to support:
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Early development and iteration
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Production-intent prototypes
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Pre-production and validation builds
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Controlled production manufacture
This continuity reduces the risk of process drift between stages and ensures that lessons learned early are preserved through production.