5039 BECKWITH BLVD SUITE 102 SAN ANTONIO, TX 78249 — PRECISION AEROSPACE & DEFENSE MANUFACTURING

Kologix

Built to tolerance.
Built to deadline.

Kologix machines precision components for aerospace and defense programs that can't afford a margin of error — from first prototype to full production run.

±0.0005"

Tightest tolerance held

4-Axis

Multi-axis CNC capability

24–48 HR

Prototype turnaround

100%

In-house QC inspection

03 — Capabilities

Four processes. One floor.

Milling, turning, cold-cut waterjet, and reverse engineering handled in-house — so tolerance, schedule, and inspection never change hands.

Multi-axis CNC milling spindle cutting a metal part

01

CNC Milling

Multi-axis machining producing high-precision parts with exceptional consistency, from metals and plastics to exact customer specifications. Tight tolerances, repeatability, efficient production for prototyping and full-scale manufacturing.

Abrasive waterjet cutting head slicing steel plate

02

Waterjet Cutting

High-pressure water — with or without abrasive media — cuts a wide range of materials with no heat-affected zones, preserving material integrity for complex or heat-sensitive components.

CNC lathe turning a cylindrical steel shaft

03

CNC Turning

Accurate diameters, smooth finishes, and tight tolerances for cylindrical parts — supporting prototyping and production runs across metals, plastics, and composites.

CAD wireframe model of a scanned mechanical component

04

Reverse Engineering

Analyzing existing parts and assemblies to recreate accurate digital models and manufacturing data — for part replacement, design optimization, and legacy component recovery.

05

Finishing

Surface treatment handled in-house — parts leave the floor finished, inspected, and ready to install.

  • In-House Anodizing
  • Passivation
  • Powder Coating
  • Specialty Finishes

Additional capabilities & equipment

More capability behind every component.

Welding & fabrication

Welding & fabrication

MIG structural and pipe welding, and TIG welding in steel, stainless steel, and aluminum.

Machining & forming

Machining & forming

Supporting capabilities include wire EDM, laser cutting, routing, and sheet metal cutting and forming.

Equipment capacity

Equipment capacity

A closer look at the equipment pictured in the Q4 2026 expansion announcement.

Equipment inventory

Company-reported inventory as of September 30, 2026.

Company-reported equipment inventory as of September 30, 2026, welding equipment excluded.
CategoryQuantityDetail
Vertical machining centers15Includes 2 Haas UMC-750, 3 Haas GM-1, 1 Haas GM-2
Lathes10Turning equipment
Waterjets3Waterjet cutting
Wire EDM1Wire electrical discharge machining
Large laser cutter1Laser cutting
Router1Haas 408; retained from prior list
Press brakes2Amada HS1303; retained from prior list
Total machines33Welding equipment excluded

Planned separately: 3 Haas VF-4 machining centers and 2 lathes, originally expected by October 14, 2026. If commissioned, totals become 18 machining centers, 12 lathes, and 38 machines. Installation status remains unconfirmed. Detailed machine capacities await confirmation.

The equipment list also reports automated weld-positioning rotary tables for loads up to 3,000 lb. This previously reported rating and retained equipment counts require current confirmation.

Download equipment list
Finished precision machined metal parts

Materials we machine

  • Aluminum
  • Stainless Steel
  • Titanium
  • Tool Steel
  • Inconel
  • Copper Alloys
  • Engineering Plastics
  • Exotic Alloys

04 — Industries Served

Where our parts end up.

  • Aerospace
  • Space
  • Defense
  • Robotics
  • Industrial Manufacturing
  • Research & Development
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05 — Quality & Compliance

Proof before promises.

  • ISO 9001:2015 Compliant
  • ITAR Compliant
  • Material Traceability
  • Receiving Inspection
  • First Article Inspection (FAI)
  • Continuous Improvement
ISO 9001:2015 Compliant certification badge

06 — Process

Quote to shipment, in five steps.

01

Quote

Prints, models, and material requirements reviewed by an engineer — priced against real machine time, not guesswork.

02

Program

Toolpaths, fixturing, and workholding are built and simulated before a single chip is cut.

03

Machine

Multi-axis milling, turning, or waterjet runs with in-process checks at defined intervals.

04

Inspect

Every part is measured in-house against the print; nothing ships on assumption.

05

Ship

Parts are documented, packaged to protect critical surfaces, and released on the promised date.

DFM AI / Concept preview

Design insight before RFQ release.

The supplied Kologix DFM AI concept depicts design review before RFQ release: CAD upload, 3D preview, manufacturability recommendations, and estimated cost and lead-time comparisons alongside engineering review.

Concept preview — availability and functionality unconfirmed. The sample scores, savings, and timelines shown are illustrative, not guaranteed outcomes or quotes. The existing engineer-reviewed RFQ process remains the quoting route.

View full dashboard image

07 — Tech in Action

Chips, not renderings.

Precision Grinding — Titanium Aerospace Bracket, 2026
CMM Inspection — Inconel Sensor Plate, 2026
Automated Cell — 17-4 PH Stainless Shaft, 2026

Additional equipment imagery

A closer look at the equipment.

Enterprise waterjet

Enterprise waterjet

The expansion announcement reports three waterjets installed at Enterprise.

Doosan lathe detail

Doosan lathe detail

Turning equipment pictured in the Q4 expansion announcement.

Beckwith CNC machining

Beckwith CNC machining

Haas CNC equipment at the Beckwith facility.

08 — Why Kologix

Precision isn't a claim. It's a checklist.

Kologix is a San Antonio-based precision manufacturing shop built around one standard: if it doesn't hold tolerance, it doesn't ship. We combine advanced multi-axis CNC equipment with engineers who understand what a part actually has to do once it leaves our floor — supporting aerospace and defense programs where reliability isn't optional.

  • 01Multi-axis CNC milling and turning under one roof
  • 02Cold-cut waterjet processing for heat-sensitive materials
  • 03Reverse engineering for legacy and obsolete components
  • 04100% in-house inspection before shipment

Our next chapter

We’re expanding.

University Oak / New headquarters

University Oak / New headquarters

15926 University Oak
San Antonio, Texas 78249

Beckwith / CNC

Beckwith / CNC

5039 Beckwith Blvd. Suite 102
San Antonio, Texas 78249
Property-listing photo; former tenant signage.

Enterprise / Waterjet & Fab

Enterprise / Waterjet & Fab

4938 Enterprise
San Antonio, Texas 78249

Houston / Planned expansion

Houston / Planned expansion

CNC turning and welding. Acquisition underway; the announcement outlines an additional 25,000 sq. ft. Completion remains unconfirmed.

Our team at University Oak

Our team at University Oak

Celebrating the new headquarters.

Capacity for the next mission

The Q4 2026 announcement introduces the new headquarters and an expanding manufacturing footprint, including in-house anodizing.

The document reports 100,000 sq. ft. across four facilities including Houston. Whether this describes completed or projected space requires confirmation; Houston is described as an acquisition underway.

View expansion announcement

09 — Request a Quote

Send the print. Get real numbers.

Quotes are reviewed by an engineer, not a queue. Send drawings, models, material, and quantity — we'll come back with machine time and a date we can hold.

CAD Model (.step, .iges, .dxf, .sldprt)

Uploading files? Use the RFQ portal to attach models and drawings securely — or email them to Sales@ko-logix.com.

Company resources

More detail for your next project.

Explore the capability brochure, equipment inventory, and Q4 expansion announcement.

Additional contact listed in the supplied brochure: Isaiah Flores · (210) 999-9348 · isaiah@ko-logix.com. Public placement subject to company confirmation.