Manufacturing Products
The Shop Floor Demands More. We Engineer to Meet It.
Manufacturing environments are unforgiving. Components are handled roughly, exposed to cutting fluids and lubricants, cycled millions of times, and expected to perform without fail across every shift. When tooling wears out, breaks, or simply was not designed well enough for the application, production slows and quality suffers.
Additive manufacturing has earned a permanent place on the modern shop floor, not as a novelty, but as a practical tool for producing the custom components, tooling, and fixtures that keep manufacturing operations running at their best.
Axiom Works brings the engineering discipline to design those components correctly and the industrial material capability to make sure they hold up.
Where Additive Manufacturing Fits in Manufacturing
Every manufacturing operation runs on a combination of standard equipment and custom tooling. The standard equipment comes from a catalog. The custom tooling comes from wherever you can get it, and the lead time, cost, and quality of that tooling directly affects how well the operation runs.
Additive manufacturing changes the economics and timeline of custom tooling in ways that matter on the shop floor every day.
Jigs and fixtures. Custom workholding, assembly fixtures, and inspection aids produced additively are faster to design, faster to build, and easier to modify than machined alternatives. Complex locating geometry that would be expensive or impossible to machine is straightforward in additive. When a fixture needs to change because a part design changed, the update happens in days, not weeks.
Inspection and measurement aids. Holding a part in a precise, repeatable orientation for measurement requires a fixture that matches the part geometry exactly. Additive manufacturing produces inspection fixtures with conformal locating surfaces, integrated datum references, and custom clamping features that machined fixtures rarely achieve economically.
Assembly aids and ergonomic tools. Repetitive assembly tasks are faster, more consistent, and safer when operators have tools designed specifically for the task. Additive manufacturing allows assembly aids to be shaped around the human hand, the specific motion required, and the exact part being handled. These tools are difficult to justify through traditional manufacturing but fast and economical to produce additively.
Templates and drill guides. Additive manufactured templates for drilling, marking, and layout operations conform to the actual surface geometry of the workpiece. On curved or compound surfaces where a flat machined template leaves gaps, an additive conformal template eliminates the positioning errors that flat templates introduce.
Bridge tooling and production support. When production tooling is delayed, when a supplier cannot deliver on time, or when a design iteration requires temporary tooling before the final version is committed, additive manufactured bridge tooling keeps the production schedule moving.
Replacement and legacy tooling. Manufacturing operations accumulate decades of tooling, much of which eventually wears out or breaks with no replacement available. Additive manufacturing can reproduce worn or discontinued tooling from engineering data or reverse engineered geometry, without rebuilding expensive original tooling.
Engineering the Tooling, Not Just Printing It
A jig or fixture produced without engineering discipline is a jig or fixture that will cause problems. Improper locating strategy introduces dimensional variation. Inadequate clamping rigidity allows parts to shift. Poor material selection leads to premature wear. These failures do not always announce themselves immediately. They show up gradually in quality data, in scrap rates, in operator complaints, and in parts that are just slightly off.
Axiom Works brings a full mechanical and manufacturing engineering background to every shop floor tooling engagement. We think about locating strategy, datum hierarchy, clamping forces, operator ergonomics, and service life requirements before a tool is designed, not after it fails.
If you bring us a concept, we will engineer it. If you bring us a problem on the shop floor, we will design the tool that solves it.
Materials for Manufacturing Applications
Shop floor tooling operates in a genuinely demanding environment. Cutting fluids, lubricants, coolants, and cleaning agents are constants. Mechanical loading from clamping and handling is repetitive and often significant. Dimensional stability across temperature swings matters when tolerances are tight.
Our Vision Miner industrial equipment processes ultra-performance polymers that hold up in manufacturing environments:
PEEK — outstanding chemical resistance to cutting fluids, coolants, and lubricants, combined with excellent dimensional stability and mechanical strength for high demand tooling applications
PPS (Polyphenylene Sulfide) — exceptional resistance to the full range of chemicals found in manufacturing environments, with dimensional stability and service life that justifies its use in high cycle tooling applications
Carbon fiber composites — for tooling applications where stiffness and low mass are both required, including handling aids, assembly tools, and components on moving systems
ULTEM — strong thermal and mechanical performance for tooling used in elevated temperature manufacturing environments
Engineering grade Nylon — reliable performance for assembly aids, templates, and lower demand tooling applications where chemical exposure is limited and cost efficiency matters alongside durability
Applications in Manufacturing
Axiom Works supports manufacturing engineers, process engineers, and operations teams across a broad range of shop floor applications:
Workholding fixtures — custom locating and clamping fixtures designed around specific part geometry, datum strategy, and machining or assembly requirements
Inspection fixtures — precision holding fixtures for CMM, optical, and manual measurement operations requiring repeatable part orientation
Assembly aids and ergonomic tools — custom tools designed around specific assembly motions, part geometries, and operator requirements
Drill guides and layout templates — conformal templates that match workpiece surface geometry for accurate positioning of holes, features, and layout references
Bridge and temporary tooling — short term production support tooling that keeps schedules moving while permanent tooling is being produced or qualified
Replacement tooling — reproduction of worn, broken, or discontinued shop floor tooling that is no longer available from original sources
Process development tooling — rapid production of custom tooling for new process development and pilot production programs
Lead Time Is a Competitive Advantage
In manufacturing, the shop that can move faster than its competitors has a real advantage. Faster tooling turnaround means faster process development, faster response to design changes, and faster recovery when tooling fails unexpectedly.
Additive manufactured tooling from Axiom Works compresses that turnaround to days in most cases. When the shop floor needs a solution, we move at the speed the operation requires.
A Partner Who Understands Manufacturing
Manufacturing engineers have worked with too many vendors who do not understand what happens on the shop floor. Vendors who deliver tooling that looks right but does not work. Vendors who do not understand GD&T, or datum structure, or why a fixture that locates from the wrong surface creates a quality problem three operations later.
Axiom Works is different because our background is manufacturing. Seventeen years of additive manufacturing experience alongside deep roots in mechanical engineering, machine design, and manufacturing engineering means we speak the language of the shop floor fluently and understand the consequences of getting tooling wrong.
When you work with Axiom Works, you are working with someone who has been on the shop floor, understands what tooling needs to do, and engineers it accordingly.
CONSUMER PRODUCTS ADDITIVE MANUFACTURING · FUNCTIONAL PROTOTYPING · SHORT RUN PRODUCTION · RAPID PROTOTYPING · BRIDGE PRODUCTION · INDUSTRIAL 3D PRINTING · PRODUCT DEVELOPMENT · ADVANCED MANUFACTURING