SILICON DRIFT DETECTOR MANUFACTURING BUSINESS PLAN

I. Executive Summary

Company Description

SpectraForge — name chosen to reflect forging precise spectra for material analysis. We operate in the scientific and industrial instrumentation sector as a high-tech manufacturer of next-generation silicon drift detectors (SDDs) for X-ray spectroscopy. Our core products are high-precision, customizable SDD sensors optimized for improved energy resolution, faster count rates, and reduced noise. We design, fabricate, and test sensors in a US-based semiconductor cleanroom facility and provide integration support, calibration services, and lifetime quality control. Our manufacturing and onshore QC ensure repeatable performance and faster turnarounds for national laboratories, semiconductor fabs, and analytical equipment OEMs.

We sell performance, reliability, and customization to mission-critical users. Short-term goals (2026–2028) are to complete facility ramp, validate two product families, and secure 12 commercial and 3 government pilot contracts. Long-term goals (2029–2034) are to scale to 10,000 sensors/year, expand into turnkey detector modules, and capture 15–20% share in US scientific-grade SDDs. Key differentiators are US-based quality control, modular customization for complex instruments, and IP in low-noise front-end geometry. Target customers are national labs, advanced fabs, and global OEMs requiring high-throughput, high-precision elemental analysis. Risks: equipment yield and customer qualification timelines; mitigations include staged validation gates and reserved capacity for pilot builds.

Problem

Current X-ray detectors used by scientific researchers and industrial quality-control teams lack the speed and energy resolution required by modern applications, creating delays in data acquisition and reducing confidence in elemental identification. This shortfall increases analysis time per sample, raises the probability of incorrect elemental ID, and drives costly fabrication and QC rework.

The market is underserved: available detectors struggle to handle high count rates without compromising spectral integrity, offer limited customization for integration into advanced instruments, and have insufficient domestic technical support—reducing uptime and raising total cost of ownership. A faster, higher-resolution, and serviceable detector is therefore necessary.

Solution

Scientific and industrial X-ray workflows are slowed by detectors that force a tradeoff between speed and energy resolution, lack customizable geometries, and suffer long lead times and weak local support. Our detectors deliver superior energy resolution and high count-rate capability, enabling faster, higher-fidelity elemental analysis and shorter research and production cycles.

We offer a suite of modules: the Standard SDD Module for routine XRF and electron-microscopy mapping; the High Speed OEM Detector for sustained high throughput; the Large Area Research Sensor for increased photon collection and tiled arrays; and Integrated Electronics (digital pulse processors and custom ASIC controllers). All units are manufactured in the United States to shorten lead times and provide local technical support.

Mission Statement

We empower researchers and OEMs with the world's most advanced X-ray detection technology to accelerate discovery in materials science, semiconductor manufacturing, and medical imaging. We commit to U.S.-based manufacturing, collaborative co-design, and unmatched technical support to deliver the highest energy resolution and fastest detection speeds. We partner with customers who demand precision and reliability so they can see the world at its most fundamental level.

Key Success Factors

Our success rests on proprietary detector performance, U.S. manufacturing, expert leadership, strategic partnerships, and strong unit economics.

• Superior SDD energy resolution and high-count-rate capability that competitors cannot match.
• Domestic manufacturing that ensures quality control and fast, U.S.-based technical support.
• Experienced leadership led by a CEO and Principal Scientist with deep semiconductor physics expertise.
• Established OEM and national lab relationships providing recurring, scalable revenue.
• High-margin product mix and lean cost structure enabling rapid break-even and reinvestment in R&D.

Financial Summary

The financial plan projects rapid commercial traction with early break-even and strong margins.

Financial requirements: capex $1,665,000 (equipment list) plus a minimum cash buffer $788,000 (Jun-26), totaling $2,453,000; expected payback 13 months and break-even Jan-26.

Overall outlook: revenues reach $25,805,000 and EBITDA $16,802,000 by 2030 with an IRR of 16.41% and ROE of 45.04%.

Funding Requirements

We require $3,860,000 to secure the facility, staff the core technical team, cover 2026 capital expenditures of $1,665,000, and hold a minimum cash buffer of $788,000 to start production of the first 425 units.