Every blade tracked and inspected,
coming and going.

A blade comes in from the mill and we flag the teeth that need work; it heads back and we catch what didn't grind out. All tracked through each blade's life.

In production today at Trinity River Lumber Co., Weaverville, CA.

Tracking

Every blade, every tooth

A full history, grind after grind — how long blades last, how they wear and repair, and which to retire.

Speed

~40 seconds a blade

Analyze the blade, unload it, load another. And we're still improving speed.

Focus

Filer judgement, magnified

We show you the teeth that need a filer's judgement, and magnify them for you.

01 · The machine

Automated optical inspection, in production.

Kavrik captures high-resolution imagery of every tooth, every blade, every scan. The platform fills two roles in the filing room — damage diagnostics on blades coming in from the mill, and Quality Control (QC) verification on blades going back out. Multi-machine deployments scale with your operation.

Where it fits

SUPPLIER RETIPPING & SHARPENING KAVRIK ETCHING (optional) KAVRIK QC MILL BENCHING KAVRIK DIAGNOSTICS

The optional laser etch on intake gives every blade a permanent ID — the foundation for full-lifetime, per-tooth tracking.

02 · Built for the filer

Magnifying a filer's judgement.

Information only matters if a filer can act on it. The software shows you what matters and makes quality control something you can do at a glance.

03 · Visibility

Decisions grounded in your own data.

Inspecting and tracking every blade builds a complete record of the filing room. Emailed reports surface what's actually happening — damage trends, blade lifetime, filer load — so you have the information you need to make decisions in the saw shop.

Sample emailed Kavrik report — damage trends, blade lifetime, and filer load across the filing room

04 · Founders

Built by people who know mills.

Andy and Tobe Zane bring software, controls, and mechanical engineering experience built across decades — and a family with deep roots in timber and lumber.

Software & Controls

Andy Zane

Fifteen years building software, automation, and controls for the timber and lumber industry. PhD in Computer Science at UMass Amherst (expected 2026), leading and collaborating on peer-reviewed AI research with MIT, Harvard, and Columbia researchers.

Mechanical & Manufacturing

Tobe Zane

Decades of mechanical engineering across industrial and aerospace systems. Has outfitted factory floors with fleets of custom-designed and manufactured machines, and runs a full machine shop — CNCs, lathes, and the tooling Kavrik is built on.

05 · Partnership

Working with operations that take this seriously.

From the start, Kavrik has been built alongside the people who run the saws. The filers at Trinity River Lumber Co. in Weaverville have been instrumental in getting us this far; their feedback shaped how the system reads a blade and what it puts in front of you. We'd like to keep building the same way. The production and R&D rounds below are how to be part of it.

Current pilot partner

Trinity River Lumber Co.
Weaverville, California

What we're looking for

Planning production round

Laser etching

Another roundsaw laser-etching round is coming — get in touch to reserve a unit. No saw-vision machine required; a planned mobile app attaches comments and data to individual blades.

Planning production round

Roundsaw

In production with Trinity River Lumber. Get in touch if you would like to reserve a unit.

In R&D · pilot partners wanted

Bandsaw

An expansion of the Kavrik platform to bandsaw inspection is in active development. We're looking for bandsaw operations to shape the system with us.

06 · Contact

Tell us about your operation.