AGMA Member CompanySince 1946East Walpole, MA
AGMA Member CompanySince 1946East Walpole, MA
Custom gears, sprockets and machined power-transmission components for medical equipment OEM and MRO requirements.
Commercial Gear supports new manufacturing, replacement components and maintenance projects with specialized gear cutting, CNC machining and dedicated inspection capabilities.
Ensuring medical components meet strict performance and quality standards.
Medical device components must meet extremely strict quality and precision requirements. Commercial Gear provides OEM and MRO support for medical equipment by manufacturing custom gears, shafts, splines and sprockets to customer drawings and specifications. Projects can begin with a customer-supplied blank or involve a full manufacturing process that combines CNC turning/milling with precision gear cutting and finishing.
Dedicated inspection ensures components meet the required performance; for example, medical components often use stainless steel, titanium or medical-grade polymers for biocompatibility and sterilization resistance. Our process and inspection services help identify issues early – ensuring replacement parts match critical specifications and operate reliably in medical devices.
Medical equipment projects involve new-production parts, precision replacements and ongoing maintenance. Commercial Gear brings gear manufacturing, machining and inspection together under one experienced partner to support these needs.
Manufacturing support for medical device production and maintenance requirements.
Custom manufacturing when standard or original parts are difficult to source or obsolete.
Multiple gear types (spur, helical, bevel & miter, worm, internal) — including precision micro-gear sets — manufactured to customer drawings and specifications.
Specialized equipment to evaluate profile, lead, tooth variation and runout for critical medical gear quality.
Turning and milling for bores, shafts, hubs, keyways and other component features on custom or replacement parts.
Custom sprockets plus modification of stock sprockets; machining services include reboring, keyway cutting, drilling and finishing as required by the equipment.
Support for prototypes, single replacements, short runs or production quantities as needed.
Commercial Gear has manufactured custom gearing and related components since 1946, bringing decades of industry knowledge to medical projects.
Commercial Gear manufactures custom gears and related power-transmission components to meet the precise demands of medical equipment. All work can be supported by CNC machining and dedicated inspection for the complete part.
Custom spur, helical, bevel & miter, worm and internal gears are manufactured to customer drawings and specifications. Gear cutting is combined with CNC machining and precision inspection to produce components like high-accuracy gear sets and low-backlash drives for imaging and surgical equipment.
Custom sprocket manufacturing plus modification of appropriate stock sprockets. Machining can include reboring, keyways, drilling and other features as required by the medical equipment design. (For example, we can produce chain sprockets for sterilizer conveyors or specialized sprocket drives for lab systems.)
Internal and external splines, spline shafts, rack gearing and other machined components for medical-equipment requirements. This includes encoder-compatible shafts, custom splines and rack-and-pinion assemblies used in medical drives, surgical robots, lab analyzers and other devices.
Start with the component you need or explore the manufacturing capabilities Commercial Gear uses to machine, cut and inspect custom power-transmission parts.
Explore the manufacturing and inspection processes available to support your custom or replacement components.
Explore our custom gears and related power-transmission components.
The same gear cutting, CNC machining and inspection capabilities support OEM and MRO projects across other demanding markets.
Common questions about custom gears, replacement components, sprockets and manufacturing requirements for medical equipment projects.
Yes. Commercial Gear supports OEM and MRO projects by manufacturing gears and related components to customer drawings and specifications. Projects can include individual replacement parts or production quantities, and work can start with a customer-supplied blank or include full manufacturing operations.
Commercial Gear manufactures spur, helical, bevel & miter, worm and internal gears, along with related power-transmission components like splines and racks. The appropriate process depends on the gear geometry and drawing requirements. We can also produce miniature gear sets and low-backlash assemblies used in surgical and imaging devices.
Yes. We can manufacture very small, high-precision gears and machined shafts to meet the tight tolerances often required in medical instruments and equipment. CNC gear cutting and turning can be combined to produce features such as fine-pitch threads, splines or encoder-compatible shaft profiles. This integrated process reduces the need for multiple suppliers.
Commercial Gear uses dedicated gear inspection equipment to evaluate profile, lead, composite variation and runout. We can provide inspection reports and dimensional drawings as required. Material certifications can accompany parts if specified. Our processes align with industry standards to ensure consistent quality for critical medical components.
Yes. Commercial Gear manufactures custom sprockets and can modify appropriate stock sprockets through operations including reboring, keyway machining and drilling. (We are also a longtime U.S. Tsubaki distributor.) Customers should provide the chain size or pitch, tooth count, bore, hub details and other requirements when requesting a sprocket.
Send the available drawing or CAD file along with component type, gear or sprocket data, material (including any special medical-grade finish), bore/shaft dimensions, keyway and mounting features, tolerances and required quantity. Include any inspection or certification requirements and information about the operating environment (e.g. sterilization or clean-room conditions) to help us evaluate the application fully.
Explore practical information on custom gear manufacturing, inspection and replacement-part sourcing in medical and similar industries.
