01 / Part
Define the finished component
Send flat patterns and finished-part drawings. Mark material, thickness, critical dimensions, surface requirements and any limits on tooling access.
Why ADH
Product Engineering
From the part drawing to the machine design. Our engineering work connects structure, tooling, controls and automation.
Before engineering starts
Turn a drawing into a buildable brief
Include typical parts, demanding examples and the production goal so engineering can define the machine requirements.
02 / Production
Describe the working day
Describe batch sizes, changeovers, staffing and material flow. These determine the tooling, handling and programming your workshop needs.
03 / Factory
Show the installation context
Provide the floor plan, access route, utilities and connected equipment. Include the destination and required document languages.
Design Inputs and Release Records
Link your application to approved drawings, options and interfaces. Identify revisions and resolve tooling, utility and integration questions before release.
Operator-Focused Machine Layout
Machine layout, working-area visibility and service access are developed around the operator task and delivered configuration. Confirm lighting, access and maintenance requirements in the approved design.
Structural and Motion Design
Load cases guide the frame, ram and worktable design. Throat, stroke, opening, column spacing, speed and dimensions are confirmed for the selected machine and application.
Tooling Design
Tool material, heat treatment, hardness and geometry are selected for the part and forming process. Special tooling is defined from approved drawings.
Electrical System Design
Modular electrical assemblies and keyed connectors can simplify installation and service where specified. Confirm enclosure protection, cooling, access and connector details in the approved electrical design.
Company documentation
Engineering documented in patents
Three original grants illustrate how ADH engineers handle specific production problems: unloading heavy workpieces, holding sheet in position and setting shear blade clearance. The grant records identify the mechanism behind each design.
Invention patent
Heavy-workpiece unloading
An unloading device and operating method for heavy bent workpieces.
View original ↗Document details
Invention patent
Sheet hold-down design
A shearing-machine hold-down arrangement and sheet clamping method.
View original ↗Document details
Invention patent
Shear blade-gap adjustment
A guillotine shear and method for fine adjustment of the blade gap.
View original ↗Document details
Automation and integration inputs
Design the Machine and Its Interfaces as One System
When the machine joins a cell, layout, handling, safeguarding, controls and data connections become part of the engineering inputs.
Layout and access
Material and Access Envelope
Define pallets, parts, transfers, aisles, maintenance access, utilities, foundations and the position of every connected module.
Machine and control interfaces
Mechanical, Electrical and Control Handoffs
Specify dimensions, loads, signals, states, protocols, responsibilities, faults and recovery at each interface.
Safety and acceptance
Safety and Acceptance Records
Define the drawings, risk controls, program records, sample parts and full-cycle test required before release.
Application and site inputs
Turn Your Production Requirements Into an Engineering Brief
Share the material, part geometry, process, output target and site constraints. ADH can define the machine, interfaces and validation plan before quotation.