Optics, Photonics, and Industrial Automation Machining
VisionForge machines optical mounts, photonics assemblies, automation end-effectors, and industrial automation components on a 2025 Matsuura MX-520 simultaneous 5-axis centre and a Fanuc Robodrill α-T14iAL. Climate-controlled facility held at 20°C ±1°. In-house tolerance ±0.0001" with partner CMM to ±0.0002". Mississauga, Ontario. AS9100D in process. ISO 9001 partner operations for precision grinding where flatness and surface finish matter.
Two adjacent industries, one quality posture
Optics and photonics work and industrial automation work share the specs that matter to a machine shop: thermal stability during long cycles, tight flatness and parallelism, compound angles on mounts, and a climate-controlled environment that doesn't fight the tolerances. We serve both from the same floor, on the same machines.
- Optics and photonics — instrument-grade mounts, kinematic brackets, laser-head housings, Invar 36 mounts where dimensional stability across temperature swings matters more than raw strength.
- Industrial automation — end-effectors, pick-and-place tooling, custom fixture and jig components, servo-motor brackets, machine-build parts for integrators and OEMs.
Both rely on the same equipment profile: simultaneous 5-axis on the MX-520 for compound-angle mounts and fixtures, palletized 3-axis on the Robodrill for higher-throughput brackets and plates, with partner grinding when a sealing or reference surface needs it.
What VisionForge brings to this work
- Simultaneous 5-axis on the Matsuura MX-520, 20k RPM spindle, 1 micron repeatable accuracy. Critical for compound-angle optical mounts and automation end-effectors with complex kinematic features.
- Palletized 3-axis on the Fanuc Robodrill α-T14iAL, work envelope 700 × 380 × 330 mm. Built for throughput on automation brackets, fixture plates, and mounting hardware.
- Climate-controlled thermal environment at 20°C ±1°. This is the difference on Invar 36 and on long-cycle automation parts — no drift between morning and afternoon runs.
- Partner precision grinding (ISO 9001) for flatness, parallelism, and surface-finish critical features.
- Partner CMM inspection to ±0.0002" with reports delivered with the parts, for photonics and automation programs that require documented verification.
- In-house vibratory finishing as a machining add-on for deburring, edge break, and pre-coating surface prep on optical mounts and automation housings.
Typical parts we machine in optics and industrial automation
- Kinematic and compound-angle optical mounts
- Laser-head housings and enclosures
- Photonics bench components and mounting blocks
- Invar 36 mounts for thermally stable optical systems
- Automation end-effectors and gripper bodies
- Pick-and-place tooling and fixture plates
- Machine-build brackets, motor mounts, servo mounts for OEM integrators
- Custom jigs, fixtures, and assembly tooling
- Low-volume production runs, 10–500 piece orders, with FAI on request
Materials we machine for this work
- Thermally stable: Invar 36 — the reason this page lives in a climate-controlled facility.
- Aluminum: 6061-T6 (workhorse for automation brackets and plates), 7075-T6 (higher-strength tooling and end-effector bodies), 2024
- Stainless: 304, 316, 17-4 PH where the part needs heat-treated strength
- Engineered plastics: G10, Acetal, PEEK — G10 especially common on photonics fixtures and automation test stands
- Titanium: Ti-6Al-4V where weight or stiffness-to-weight drives it
- Brass and copper alloys: case-by-case for specialty optical-electrical parts
Material certifications on request, traceable to the mill. Anodising for automation parts is handled through qualified partners per the drawing.
Quality system and documentation
- Tolerance: ±0.0001" in-house on both machines.
- Partner CMM inspection: ±0.0002" through an ISO 9001 partner.
- Partner precision grinding (ISO 9001): for flatness, parallelism, and sealing surfaces when the print requires it.
- FAI and PPAP support: on request for automation OEMs that run approved-supplier programs.
- Thermal environment: 20°C ±1° facility, in-process probing on the MX-520, thermal compensation on the spindle.
- Cert status: AS9100D in process. ISO 9001 partner operations. See Quality & Certifications.
How to engage
- Send a drawing or STEP file. PDF plus 3D model. We quote from GD&T, not photos.
- DFM feedback during quoting. Feature issues, fixturing conflicts, and grinding-partner handoffs flagged before first article.
- Single accountable contact. RFQ, first article, production, re-orders — one person.
- Prototype-to-production on the same machine. First-article work and the production follow-on stay on the same spindle, same fixture, same operator.
Request a quote.
Response within 24 hours on most RFQs. Get a Quote
FAQ
Do you machine Invar 36?
Yes. Invar 36 is one of the reasons we run a climate-controlled facility at 20°C ±1°. Invar is thermally sensitive both during and after machining, and a stable environment is the difference between holding instrument-grade dimensions and chasing thermal drift.
Can you hold tight flatness and parallelism on optical mounts?
In-house we hold ±0.0001". For flatness and parallelism-critical surfaces, we coordinate with an ISO 9001 precision grinding partner and return the finished part to inspection. Final CMM verification is available to ±0.0002".
Do you do anodising for automation parts?
Anodising is handled through qualified partners per the drawing. We schedule and manage the handoff as part of the order so the part returns to us for final inspection before shipping, where the program calls for it.
What's the typical order profile for automation OEMs?
10–500 piece runs are the sweet spot, though we quote prototype and one-off builds regularly. Palletized 3-axis capacity on the Robodrill is built for automation bracket and plate throughput.
Do you machine photonics parts under NDA?
Yes. NDAs are signed before drawings are exchanged when a program requires it.
What tolerances can you hold?
±0.0001" in-house on the 2025 Matsuura MX-520 and the Fanuc Robodrill α-T14iAL. Final CMM verification to ±0.0002" available through our ISO 9001 partner.