Finished gear components machined at Avers Machine & Gear.

How Avers Machine & Gear Streamlines Gear and Rack Manufacturing with Mastercam

2 minutes read

Avers Machine & Gear has grown steadily since opening its 30,000‑square‑foot facility in Schiller Park, Illinois, in 1989.

When the company acquired Innovative Rack & Gear – a 20,000‑square‑foot shop in nearby Wood Dale – the leadership team faced a tough integration job.

Two sites, two cultures, and two software stacks needed to become one productive operation.

1. The Challenges Avers Faced

1.1. Two Shops, Two Systems

Different machines and workflows made it hard to move work between locations, leading to bottlenecks and uneven capacity.

1.2. Uneven Programming Standards

Programmers in each facility used their own CAD/CAM solutions, so code was not always transferable.

1.3. Losing Money on a Key Part

One rack was running so slowly it threatened profitability, producing just 12 parts per hour.

2. Why Avers Chose Mastercam

Avers partnered with ShopWare Inc., its local Mastercam representative, to standardise on one CAM platform. Three factors drove the decision:

  • Powerful Toolpaths – Dynamic Motion strategies like 2D Dynamic Contour improved chip load and surface finish.
  • Flexible Machine Support – Mastercam Mill, Mill 3D, Multiaxis and Lathe covered everything from Doosan mills to Okuma lathes.
  • Ongoing Maintenance – The Maintenance Program keeps software current and gives employees access to a support helpline.

3. How Mastercam Improved Daily Work

3.1. One Fixture, Eight Parts

Engineers designed a new rack fixture in SOLIDWORKS, then imported it into Mastercam. The fixture holds eight blanks, eliminating manual flips and turning downtime into cutting time.

3.2. Cycle Time Cut by Two‑Thirds

With the fixture and a single end mill, throughput jumped from 12 racks per hour to 40‑45 racks per hour.

Avers programmer setting up a Doosan DVF 5000 using Mastercam generated code.

3.3. Flexible Scheduling

Standardised toolpaths let programmers shift repeat jobs between Doosan and Okuma machines to match customer demand.

Five axis machining of a gear component on a Doosan DVF 5000.

3.4. Visual Confidence

Mastercam’s simulation tools show full machine kinematics, catching collisions before they happen and giving machinists confidence on first runs.

Mastercam model of the custom rack fixture holding eight workpieces.

3.5. Ready for Complex Gears

Upgrading to five‑axis machining broadens the company’s ability to cut intricate geometries like staggered herringbone teeth.

CAD view of a staggered herringbone gear programmed in Mastercam.

4. The Results: Leaner, Faster Production

BenefitImpact at Avers
Rack outputIncreased from 12 to 40‑45 parts per hour
Workflow balanceJobs shift smoothly between two facilities
Programming consistency14 programmers share one standard toolkit
Future readinessMaintenance Plan keeps software and skills current

“Mastercam gives us tremendous flexibility to run repeat jobs in a multitude of work centers. I think the key to any job shop is to be flexible.” – Chris Wellman, President.

5. The Bottom Line

By standardising on Mastercam, Avers Machine & Gear unified two shops, tripled rack throughput and positioned itself for future five‑axis growth.

This content is adapted from the original customer story on Mastercam’s website.

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