Mechanical engineering services / Automotive Manufacturing
Custom equipment for precise assembly, controlled handling and consistent production flow.
GMD Engineering develops mechanical designs for bearing and automotive component production—from press-fit stations and part transfer to counting, inspection interfaces and integrated assembly machines.
Automotive components and bearings pass through operations that depend on repeatable part location and careful handling. A ring, ball, housing or small assembly may need to be fed, oriented, pressed, measured, counted, marked and transferred before it is ready for the next stage. Each handoff affects the equipment around it.
GMD Engineering designs the mechanical systems that support these operations. We work with manufacturers and equipment builders on individual stations, custom mechanisms and multi-module machines. Our scope can begin with a concept and continue through 3D assemblies, manufacturing drawings and a bill of materials.
The design starts with the actual product: drawings and tolerances, contact surfaces, assembly sequence, process forces, target output, available floor space and interfaces with existing machines. That information determines which mechanisms are appropriate and what must be validated during implementation.
A press-fit operation needs a defined load path and stable part location. Tooling should support the component without damaging functional surfaces or causing misalignment. GMD can design the frame, nests, fixtures, moving mechanisms and mechanical interfaces around the specified process.
We review part datums, insertion direction, required force and stroke, changeover needs and how the assembly is loaded and removed. Press sizing and acceptance limits must be based on the actual component geometry, interference, materials and process requirements.
Assembly equipment can only work consistently when components arrive in a predictable condition. We develop mechanical concepts for feeding, singulation, guiding, indexing and orientation. Depending on the part, the solution may use conveyors, guides, pockets, pushers, rotary devices or custom carriers.
The design considers size variants, allowable contact areas, surface finish, risk of jamming and access for clearing a fault.
The movement between pressing, inspection, marking and packing should be designed as part of the overall process. GMD can develop transfer mechanisms, small conveyors, indexing systems and positioning devices that connect operations at the required height and orientation.
For a retrofit, we coordinate the new equipment with the available footprint, machine openings, mounting points and operating sequence.
Small components may need to be separated, counted, weighed or routed through a demagnetizing stage. Mechanical design determines how parts reach these devices, remain presented for measurement and move to the next operation.
GMD has worked on a bearing-related machine concept with a main plastic conveyor, weighing module, pusher to a scale, camera counting station and demagnetizing module. The machine arrangement illustrates how several operations can be organized into one production flow. Measurement accuracy and demagnetizing results require project-specific hardware, settings and validation.
An inspection system needs consistent presentation of each part. We can design nests, locating features, indexing mechanisms, sensor and camera mounts, and accepted or rejected part paths. The arrangement should permit access for calibration, cleaning and maintenance.
The inspection method, algorithms, calibration and pass criteria are defined with the responsible inspection specialist unless included in the agreed project scope.
Laser marking and other identification processes depend on repeatable positioning. GMD can design part location and transfer mechanisms around the marking station, with interfaces for the specified equipment and the handling required before and after marking. We have relevant experience with a bearing laser marking machine project.
Fixtures should locate a product consistently while allowing practical loading, processing and removal. We design nests, supports, stops, clamps and replaceable contact parts around the product drawings and process datums. When several variants share one machine, we define which elements adjust and which require a tooling change.
Exploring the Packaging & Consumer Goods Manufacturing Industry
We define the intended outcome and acceptance method for each assignment using the client’s data. Cycle time, accuracy and yield are project requirements to verify, not general promises.
A station may perform only one main operation, but it still has to receive and release a part. For that reason, we review the sequence from incoming material to outgoing product:
The answers shape the layout, mechanism selection and interface drawings. They also reveal which responsibilities belong to mechanical design, controls, inspection software, fabrication and commissioning.
Locating surfaces and clamps should follow the component’s functional geometry and agreed datums. Sensitive bearing surfaces need handling methods appropriate to their finish and process state.
Pressing and insertion mechanisms need sufficient force and travel, and the surrounding structure must support the defined loads. Relevant calculations or FEA can be included to answer specific design questions when the input conditions are established.
The machine must place the part within the process window. We review sources of variation such as product tolerances, guide clearance, tool adjustment and component wear.
A shared machine may need adjustable guides or dedicated change parts. A clear variant strategy affects the tooling, BOM, setup instructions and physical access to adjustments.
Product flow, operator reach, sensor access, guarding envelope and maintenance space all influence the equipment footprint. We coordinate mechanical interfaces with the facility and neighboring machines.
Mechanical assemblies provide space and mounting for sensors, cameras and actuators. Control logic and inspection performance require their own specifications and verification responsibilities.
We examine product drawings or samples, the process sequence, required output, existing equipment and site constraints. Missing inputs and design assumptions are recorded for review.
We assess practical arrangements for feeding, locating, operating and transferring parts. The concept review focuses on mechanism feasibility, space, access and manufacturing complexity.
We build assemblies and parts in Autodesk Inventor, select suitable mechanical components and address the agreed load and motion questions. Calculations, FEA or motion simulation are used where useful and scoped.
We coordinate the design with the client’s production, controls, inspection and manufacturing teams. Agreed feedback is incorporated through controlled revisions.
The package can include native CAD assemblies, 2D manufacturing drawings, PDF drawing sets, STEP models and a bill of materials. Versions and deliverables are defined before work begins.
|
Deliverable |
Purpose |
|
Machine concept and layout |
Review the production sequence, footprint and station arrangement |
|
3D assembly and part models |
Coordinate mechanisms and equipment interfaces |
|
Manufacturing drawings |
Communicate dimensions and construction details |
|
Assembly and interface drawings |
Support integration with neighboring equipment |
|
Bill of materials |
Identify manufactured and selected components |
|
STEP and PDF files |
Share designs with clients, fabricators and suppliers |
The final package depends on whether the project covers concept work, detailed design or modification of existing equipment. Electrical design, PLC programming, vision algorithms, fabrication, site installation and certification are defined separately when needed.
This project is relevant to manufacturers planning a dedicated station for part location, pressing and downstream handling. Suggested link label: View the Bearing Press-Fit & Assembly case study.
This machine concept brings together conveyor handling, weighing, transfer to a scale, camera counting and demagnetizing. Suggested link label: Explore the Bearing Weighing, Counting & Demagnetizing project.
The marking project shows the role of consistent positioning and material flow around a specialized process. Suggested link label: See the Bearing Laser Marking case study.
Add the published URLs after verifying each case study. Use only measurements, cycle times and results that are confirmed and permitted for publication.
GMD focuses on the mechanical design of custom machines and production equipment. Our team brings more than 10 years of mechanical design experience and extensive Autodesk Inventor work to concept development, detailed assemblies, manufacturing drawings and BOM preparation.
For automotive and bearing manufacturers, we pay attention to the relationship between stations: part arrival, controlled location, the operation itself, inspection access and transfer onward. We can collaborate remotely with a manufacturer’s engineering team or an equipment builder and prepare the agreed design files for fabrication and integration.
Confidentiality, intellectual property and deliverable requirements can be set out in the project agreement.
Preliminary data is sufficient for an initial review. We can identify the remaining design inputs together.
Yes. We can develop the mechanical station and tooling arrangement around the component drawings, required operation and agreed loads. The pressing process and final acceptance criteria require project-specific verification.
Yes. We can assess adjustable features and replaceable tooling once the product range and changeover requirements are known.
We can design the mechanical flow and interfaces connecting these modules. Hardware selection, software, calibration and achieved measurement performance are assigned in the project scope.
Yes. A new station or mechanism can be designed around available CAD files, interface drawings, videos and site measurements. A retrofit scope starts with reviewing the installed equipment and its constraints.
GMD’s core scope on this page is mechanical design and technical documentation. Fabrication, installation and commissioning responsibilities are agreed for each project.
Depending on scope, we can provide Autodesk Inventor assemblies and parts, STEP files, 2D manufacturing drawings, PDFs and a bill of materials. We confirm the required software version and revision format at project start.
Whether you need a bearing assembly station, a component transfer mechanism, an inspection fixture or a multi-module machine, GMD can develop the mechanical design around the product and process you actually run.
Share your component drawings and production sequence to discuss a suitable engineering scope.