Overall Equipment Effectiveness and Loss Analysis
Engineering handbook for overall equipment effectiveness and loss analysis, covering the six losses nobody could track, the subtractive method: a better way...
Every page in the KEVOS library tagged Manufacturing. 76 pages.
Engineering handbook for overall equipment effectiveness and loss analysis, covering the six losses nobody could track, the subtractive method: a better way...
Engineering handbook for people-centred continuous improvement systems, covering the brutal truth about "lean", two maps, two destinations, the typical lean...
Engineering handbook for people-centred continuous improvement systems, covering the story of the practitioner and the broken press, why most "lean...
Engineering handbook for press tools, punches, dies and sheet-metal forming, covering approximate tensile strengths for punching calculations, the practical...
Engineering handbook for press tools, punches, dies and sheet-metal forming, covering double-action presses: greater reductions, ironing (wall thinning), necking...
Engineering handbook for press tools, punches, dies and sheet-metal forming, covering context and scope, the invisible craft that builds everything, the press...
Engineering handbook for press tools, punches, dies and sheet-metal forming, covering the universal principles — what lasts forever, the final word: your next...
Engineering handbook for selecting lean, six sigma and constraint-based improvement, covering context and scope, technical challenge, key engineering insight.
Engineering handbook for structured root-cause problem solving, covering context and scope, the trap most teams fall into, the question that changes everything.
Engineering handbook for supply-network resilience and total-cost decisions, covering why your "optimized" network might be your biggest liability, the five...
Engineering handbook for systems thinking for operational performance, covering context and scope, the pattern you can't unsee, the uncomfortable truth.
Engineering handbook for tooling and toolmaking process handbook, covering flushing methods, electrode materials, polarity and its effects.
Engineering handbook for tooling and toolmaking process handbook, covering manufacturing processes, a single misaligned die clearance cost a factory 40,000...
Engineering handbook for value-stream mapping and future-state design, covering current-state problem, the shocking math nobody talks about, what exactly is a...
Engineering handbook for workstyles, communication and team retention, covering the corner office that felt like a prison, the workshop that changed everything,...
Tolerancing from first principles: sources of variability, nominal basic and actual size, the four ways to express a tolerance, standard fits, tolerance accumulation, statistica…
Injection moulding for designers: the machine, the four-stage cycle, mould classification, core and cavity, part design guidelines including wall thickness draft ribs and bosses…
Numerical control machining from a design perspective: machine tool anatomy, motion axes and cutting parameters, turning, drilling, milling and EDM, design for manufacture rule …
How rapid prototyping turns a CAD model into a physical part: the RP process chain, triangulation and STL resolution, build orientation, layer thickness, support structures, the…
Specialised modelling for sheet metal and welded structures: gauge and bend allowance, the K-factor, flange types, flat pattern generation, the four sheet metal creation methods…
How the engineering design process, the CAD process, the manufacturing process and the CAM process nest together, and what each one contributes between an idea and a finished en…
The moving line made work flow at a fixed cycle; the control chart made process variation intelligible. Together they define how physical goods have been made ever since.
Two milestones whose importance lies in decades of accumulated process improvement rather than in a breakthrough, and in what a zero marginal fuel cost does to a power system.
Four milestones in metallurgy and machine tools without which the steam engine would have remained a curiosity, one of them driven by an environmental crisis.
Three milestones that broke the link between geometric complexity and cost, and then took three decades each to reach certified service.
Interchangeable manufacture and the lockstitch sewing machine replaced skilled fitting with repeatable process, moving the engineering effort from the product to the system that…
Three milestones that made computation a component rather than a facility, gave it persistent storage, and kept both getting cheaper for five decades.
Three milestones that replaced the vacuum tube, removed the wiring between components, and then removed the assumption that computers must be connected point to point.