From The Company President

CNC machining: integrating new technology with traditional methods
High profile projects grab headlines but a big percentage of advances come from careful integration of technology with traditional methods such as machining.

Automobile manufacturer Tesla just provided an example. It met its production schedules by abandoning a state-of-the-art plant in favor of a big tent with skilled operators.

Here at Gearing Solutions, we use new, rugged conventional mills and lathes incorporating the latest control and measuring devices.

Our skilled tradespeople use sophisticated CNC programming software, which eliminates separate routing and gives the operator more control. Knowing your machine and being able to compensate for variables such as atmosphere and temperature improves quality. Completed parts can be inspected on the machine.

We manufacture machined housings from solid aluminum, giving us the capability to machine a variety of housing designs with minimum tooling. Our precision parts are used in a variety of applications and products, such as medical and robotic components.

This photo shows one of our machined aluminum gear housings ready for assembly.


Merritt Osborn



Aluminum Machine Housings with Minimum Tooling


We blend old technology with modern precision manufacturing to create our chain-based roller gears


The use of roller chains for motion control began in the early automobile industry. It was a major player. The roller chain's power transmission task may have been parallel to that of gears, but the chain's development path was different.

The chain industry did a good job of identifying and standardizing its technology, and provided us with an important starting point when roller gear development began.

With the help of chain veterans, Gearing Solutions decided to focus on developing planetary systems, using a roller chain to form an internal gear. Since gear sets are limited by the life of the smallest component, planetary systems compensate for the smallest gears by having more of them. Ratios with weak drivers are reinforced with our Nu-Lobe design models.

Roller gear standards provide a wide range of sizes. For example, if we use a sample of just 27 to 100 pitches, 9 chain sizes and just 10 ratios, 657 sizes can be identified! Each ratio has a new set of variables, creating thousands of combinations, and Gearing Solutions manufactures aluminum housings for them.

Roller gears give you the option of a small diameter but more length or short profile but large diameter.

Gearing Solutions turned to Genus Solutions for help in developing our Digital Automated Transmission Program (DTAP). Given the proper inputs, DTAP can sort through many options and deliver the 8 best designs in as little as 15 minutes. There is no charge for the report. If you choose to continue, Gearing Solutions will provide a 3D drawing showing your footprint and all major dimensions, and will be able to give you estimates of time, cost to complete, a prototype and produce it in our short run facility.

    We stock 1/3 to 3 HP NEMA gearheads based on a 50-pitch internal roller gear and mounted in aluminum housings. Results include up to 50% weight savings plus the smallest profile on the market. Our 5 HP unit incorporates a Flex-Frame adapter system with:
  • Motor mounting plates that accept NEMA or IEC motors
  • Combination shaft adapters that work internally or externally
  • Available in Foot Flange or Face mount


From The Company President

Merritt Osborn

The use of roller chains for motion control began in the early automobile industry. It was a major player. The roller chain's power transmission task may have been parallel to that of gears, but the chain's development path was different.

The chain industry did a good job of identifying and standardizing its technology, and provided us with an important starting point when roller gear development began.

With the help of chain veterans, Gearing Solutions decided to focus on developing a planetary system using a roller chain to form the internal gear. Planetary systems limited by the strength of planets are strengthened by adding more of them. Ratios limited by small drivers are reinforced with our Nu-Lobe designs models.

Roller gear standards provide a wide range of sizes. For example, if we use a sample of just 27 to 100 pitches, 9 chain sizes and just 10 ratios, 657 sizes can be identified! Each ratio has a new set of variables, creating thousands of combinations, and Gearing Solutions specializes in developing aluminum housings for them.

Gearing Solutions turned to Genus Solutions for help in developing our Digital Automated Transmission Program (DTAP). Given the proper inputs, DTAP can sort through many options and deliver the 8 best designs* in as little as 15 minutes. There is no charge for the report. If you choose to continue, Gearing Solutions will provide a 3D drawing showing your footprint and all major dimensions, and will be able to give you estimates of time, cost to complete, a prototype and produce it in our short run facility.

DTAP IS NOT ENOUGH. To showcase the technology, and using, NU-Lobe drivers, we are beginning to stock 1/3 to 3 HP NEMA gearheads based on a 50-pitch internal roller gear and mounted in aluminum housings. Results include up to 50% weight savings plus the smallest profile on the market. Machined housings from solid gives us the capability of machining a variety of housing designs with minimum tooling.

    Our revised website will introduce a 5 HP unit incorporating a Flex-Frame adapter system
  • Motor mounting plate accepts NEMA or IEC motors
  • Combination shaft adapters work internally or externally
  • Available in Foot Flange or Face mount







Roller gears give you the option of a small diameter but more length or short profile but large diameter.
Address

5905A Harper Road
Solon, OH 44139

Telephone:
+1 440-498-9538
E-mail:
info@gearingsolutions.com
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