Industrial percussion tooling must withstand repeated impact while maintaining the working profile and fitting the equipment correctly. Performance depends on the full manufacturing specification: steel grade, geometry, forming process, machining and heat treatment.
What forging contributes
Hot forging shapes heated steel under compressive force. The process can develop grain flow that follows the component's shape, supporting mechanical properties in the intended loading direction. The benefit depends on the material, forging design and subsequent processing.
For points and chisels, forging forms the working end around the required profile and cross-section. It is one stage in producing tooling for repeated percussion.
What machining contributes
Machining removes material to achieve specified dimensions and connection geometry. It is essential where the tool must fit a defined hammer interface or meet a drawing's dimensional requirements.
Forging and machining are complementary processes. A forged tool may be machined after forming, while a tool produced from bar stock may be appropriate for a different geometry or service requirement. Neither process alone establishes service life.
Steel selection and heat treatment
Hardness, toughness and wear resistance must be considered together. A specification focused only on hardness can overlook the demands of repeated shock loading. Steel grade, section size, working-end geometry and heat treatment all influence the finished tool.
Where a drawing specifies hardness, define the target range, measurement location and acceptance requirements. These details give the manufacturer and purchaser a common basis for review.
Evaluate performance in the application
A useful comparison considers the same task, equipment and operating conditions. Record working-end wear, chipping, cracking, replacement intervals and time spent changing tools. Purchase price and manufacturing method are only part of the assessment.
Claims that every forged tool outlasts every machined tool require evidence for the products and conditions being compared. Tool selection should follow the application specification and observed performance.
Manufacturing expertise at Madido
Madido's Montreal manufacturing operations combine hammer forging, machining and heat treatment for industrial steel tooling. Established in 1975, the company serves applications in demolition, mining, foundries and industrial maintenance.
For standard or custom tooling, submit the equipment interface, working profile, dimensions, material being worked and service conditions to sales@madido.com.