Complex work accepted
Advanced geometries and difficult jobs that many firms cannot or will not execute.
Ultra-precision optical manufacturing
From raw material to verified optical performance.
Warwick brings blank preparation, ultra-precision machining, CNC polishing, and high-resolution metrology into one controlled workflow, producing sophisticated optical components with precision, speed, and documented surface and form verification.
Verified optical performanceFrom raw material to measured surface
End-to-end capability
One workflow.
Fewer compromises.
Every handoff adds time, cost, and risk. Warwick brings the essential optical production steps under one roof to move faster and maintain control.
Diamond turning
Ultra-precision production of aspheres, freeforms, mirrors, and complex optical geometries using multi-axis Nanotech platforms.
Blank preparation
By preparing lens blanks and producing fixtures in-house, Warwick reduces supplier handoffs, shortens lead times, and helps protect critical optical surfaces.
CNC polishing
CNC optical polishing provides controlled, repeatable finishing for spherical components, either within the complete production workflow or as a standalone service.
Optical metrology
Non-contact 3D form measurement and Angstrom-level surface roughness verification support confident, documented delivery.
The expertise moat
Equipment can be purchased.
Judgment cannot.
At sub-micron tolerances, small changes in temperature, vibration, feed, air flow, material behavior, and dozens of interacting variables determine the result.
Warwick is built around more than a decade of direct diamond turning experience - the practical knowledge required to diagnose defects, optimize a process in real time, and execute complex geometries with confidence.
Meet the team →Process control
Blank preparation, machining, CNC polishing, and metrology coordinated as one system.
Faster turnaround
Fewer outside dependencies and less time lost between production stages.
Verified quality
High-resolution metrology integrated throughout the manufacturing process.
Material range
From infrared crystals
to optical polymers.
Experience across materials used in defense, aerospace, medical, telecom, sensing, and industrial systems. Select any material tile for details.
Germanium lenses are widely used in thermal-imaging cameras and infrared sensing systems.
Crystalline silicon lenses and optical windows serve infrared imaging and detection systems where low weight and thermal conductivity matter.
Zinc selenide focusing lenses are recognizable components in high-power CO2 laser cutting systems.
Chalcogenide aspheres enable compact, cost-efficient thermal camera optics.
Calcium fluoride lenses and prisms transmit ultraviolet through infrared for spectroscopy and laser systems.
Diamond-turned aluminum supports lightweight telescope mirrors and reflective optical systems.
Copper mirrors combine excellent heat transfer with reflective performance in high-power laser systems.
Electroless nickel provides a diamond-turnable optical surface for lightweight aerospace and telescope substrates.
Optical polymers enable lightweight freeform lenses for displays, imaging, sensing, and volume production.
Founding team
Technical depth.
Operational discipline.
A complementary team spanning ultra-precision manufacturing, financial leadership, technology, and business operations.
JB
Technical Director & Co-Founder
Josh Batchelder
Josh is an ultra-precision manufacturing specialist with more than a decade of experience developing and executing diamond-turning and CNC processes for advanced optical components. His expertise spans manufacturability assessment, process engineering, programming, machine setup, metrology, final inspection, and the diagnosis of form and surface challenges. As Technical Director, Josh leads optical manufacturing, process development, and technical quality.
MK
Chief Operating Officer & Co-Founder
Michael Kotlyarsky
Michael's formal education spans electrical engineering and computer science. Throughout three decades of mission-critical systems work, he has remained a hands-on programmer and systems builder, integrating software, hardware, data, and process into reliable working environments. At Warwick, Michael leads organizational execution, facilities, compliance, technology infrastructure, and the systems connecting the company's technical and business functions.
BS
Chief Financial Officer & Co-Founder
Bojan Stoyanov
Bojan is a mechanical engineer and Wharton MBA with extensive leadership experience across finance, organizational management, and defense programs. He combines engineering discipline with financial judgment to guide capital strategy, business planning, and disciplined growth. As CFO, Bojan leads financial strategy, planning, and investor relations.
Start a conversation
Bring us the
difficult part.
Tell us what you are trying to make, the material, geometry, quantity, and tolerance requirements. We will respond to discuss feasibility and next steps.