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Standard Automation — Overhead Loading
Okuma Gantry Loader (OGL) Installation & Repair
Independent installation and repair for the Okuma Gantry Loader (OGL) — including the loader’s control electronics, servo drives and the OSP integration behind it.
Photo coming soon
Photo coming soon
Photo coming soon
What the Okuma Gantry Loader Is
The Okuma Gantry Loader (OGL) is a high-speed, overhead loading system for lathes and grinders, moving stock into the machine and finished parts out from above rather than from the front or side. Its moving headstock lets the loader enter the machine regardless of where the turret is positioned, and an integrated turn-over device allows a complete part to be machined without manual intervention. Despite the automation, the machine stays accessible for manual setup or operation at any time.
OGL is genuinely modular — length and gripper design can be customized to the part, and stocker tables come in multiple sizes depending on volume. It’s programmed through g-codes and m-codes with an integrated teach pendant rather than a separate PLC system, using the same Okuma OSP control as the machine itself. Okuma’s own Factory Automation division describes OGL as something that can be retrofitted onto experienced machines, not just ordered factory-integrated on a new one — reported ROI typically runs 6 to 9 months.
We install OGL systems on compatible machines and repair the electronics on units already in service. We are an independent service provider — see our retrofit & modernization and testing & diagnostics services for more on how we approach this kind of work.
6–9 mo.
Typical reported ROI timeframe
Modular
Custom length and gripper configurations
Overhead
Loads and unloads from above the machine
Retrofit Ready
Confirmed installable on existing machines
What’s Included
An OGL system is more than just the overhead rail. Here’s what’s inside, and what we support on each piece.
Moving Headstock & Rail
Positions the loader to enter the machine regardless of turret position.
Swivel Gripper Hand
Custom-configured for the part being handled, exchangeable as production needs change.
Integrated Turn-Over Device
Flips the part mid-cycle when both sides need to be machined in one automated run.
Stocker Table
Holds raw and finished parts, sized to match your production volume.
Photo coming soon
What We Repair on OGL
Because OGL runs through the machine’s own OSP control via g-code and m-code programming, most faults trace back to a specific drive, sensor or interface board rather than the rail system itself. Here’s what we work on.
OSP Integration Boards
Coordinate the loader’s g-code/m-code program with the machine’s own cycle. Faults here typically show up as the loader failing to sync with the machine.
Headstock & Gripper Servo Drives
Drive the moving headstock along the rail and the swivel gripper hand. A single failed drive typically shows up as the loader losing position.
Turn-Over Device Sensors
Confirm the part has been correctly flipped before machining continues. A fault here can cause a part to be machined on the wrong face.
Position Encoders
Report the headstock’s exact position back to the control. A failing encoder causes drift that’s easy to mistake for rail wear.
Teach Pendant & Interface
The panel used to program and jog the loader. We repair the display and interface boards behind it.
Power Supply Units
Regulates voltage to the loader’s control and drive electronics — one of the first things we check on any fault.
Common OGL Faults
Loader fails to enter the machine correctly
Often a headstock position issue rather than a turret conflict — the moving headstock is specifically designed to work around turret position, so we check the drive electronics first.
Part machined on the wrong face
Almost always a turn-over device sensor issue rather than a programming error — worth checking before re-verifying your g-code.
Loader loses position or won’t move
Typically a servo drive or encoder fault rather than mechanical rail wear — we test the electronics before recommending a mechanical inspection.
Teach pendant unresponsive or frozen
Display and interface board faults are common on units that have been running for years — usually repairable at board level.
See our fault analysis service for more on how we approach an OGL diagnosis.
Compatible Okuma Machines
OGL is designed for lathes and grinders, both new and retrofitted onto existing machines.
LB, LU & LT EX Series
Turning centers, including the LB3000 EXII — Okuma’s most widely deployed OGL pairing worldwide.
GENOS L Series
Entry-level universal lathes, including the GENOS L2000-e OGL combination.
2SP-H & MULTUS Series
Twin-spindle lathes and mill-turn platforms compatible with OGL configurations.
How OGL Installation & Repair Works
New installation and repair follow different paths, but both start the same way: tell us what you need.
1
Tell Us the Goal
New installation on a compatible machine, or a fault on an existing OGL — plus your OSP control generation and part specifications.
2
We Scope the Work
For installs, we confirm machine compatibility, rail length and gripper configuration. For repairs, we identify the faulty board or drive.
3
Install, Commission or Repair
On-site installation and OSP integration, or component-level bench repair — whichever the job calls for.
4
Tested Before Handover
Verified running actual production cycles, not just powered on, before we call it done.
Frequently Asked Questions
No. We are an independent service company, not an authorized Okuma dealer, distributor or service partner. We install, retrofit and repair OGL systems on compatible machines.
Yes — Okuma’s own Factory Automation division describes OGL as retrofittable onto “experienced” machines, not just available as a factory option on new ones. If your machine is on the compatible list, we can scope an installation. Note that OGL involves deeper OSP control integration than a simple bolt-on accessory, which is exactly the kind of work we specialize in.
Yes — the machine remains accessible for manual setup, proving processes and short-run manual operation at any time, even with OGL fully installed.
Reported figures from OGL installations typically run 6 to 9 months, though this depends heavily on your production volume and part complexity.
Our repair focus is the control electronics, servo drives, sensors and interface boards — the parts of an OGL fault that are almost always the root cause. We don’t perform structural rail or mechanical repairs.
Ready to Add OGL, Or Need One Repaired?
Tell us your machine model and what you need — a new installation, or a fault on an existing unit — and we’ll help you figure out the right next step.
