Automation Machine Design Services
We design custom automated and semi-automated machines tailored to your production process, factory setup and manufacturing requirements.
Custom Automation Machine Design Solutions
We provide custom automation machine design services for manufacturers looking to improve production efficiency, reduce manual operations, and automate repetitive production processes. Whether the requirement is faster assembly, automated inspection, robotic material handling, or improved production flow, the machine is designed around your actual production requirements, available space, and output targets.
We design assembly lines, pick-and-place systems, robotic welding cells, automated conveyor systems, palletizers, packaging automation machines, leak testing systems, inspection equipment, indexing dial machines, end-of-line testing stations, and semi-automatic workstations for automotive, packaging, electronics, industrial equipment, and other manufacturing applications.
Automation Machine Design capabilities
Our automation machine design services cover the complete design & development process, from mechanical concept design and mechanism design to detailed 3D CAD modeling, manufacturing drawings, BOMs, assembly documentation and production-ready engineering documentation for industrial automation systems and machinery.
We design automated assembly lines based on actual production requirements like production flow, cycle time targets, workstation layout, part movement, and integration with other machines and production lines.
Our design engineers also focus on operator accessibility, maintenance ease, safety, changeover efficiency, and future scalability to help keep production running smoothly day after day.
Applications include multi-station assembly lines, indexing dial systems, pick-and-place assembly systems, press-fit and torque assembly stations, dispensing and bonding stations and semi-automatic operator assist workstations.
Benefits of Custom Automation Machine Design
A well-designed automation machine helps improve production efficiency, reduce manual work, support consistent output quality, and make day-to-day manufacturing operations more reliable.
Shorter cycle times
Machines designed around your specific process eliminate the compromises that inflate cycle time in adapted standard equipment
Lower cost per unit
Automated, consistent operations reduce labour dependency and rework rates across shifts
Reduced downtime
Machines engineered for your environment, duty cycle, and maintenance access run more reliably than repurposed general-purpose equipment
Fast ramp-up
A machine built to your requirements and documented correctly reaches stable production output faster than retrofitted alternatives
Long-term scalability
Designs developed with future capacity in mind can be modified or expanded without a full redesign
How we design your Industrial Automation Machinery
A structured design process helps reduce development risk, improve design accuracy, and make sure the machine performs reliably in production.
Step 1: Requirement analysis
The process starts with understanding your production workflow, part details, cycle time targets, floor space, operational constraints, and integration requirements before design work begins.
Step 2: Mechanical concept design
Machine concepts, layouts, and automation approaches are developed based on your application, workflow, and production goals. Where required, multiple concepts are reviewed before moving into detailed design.
Step 3: 3D CAD design & engineering
Complete 3D CAD models, machine assemblies, and detailed component designs are developed to resolve motion paths, clearances, maintenance access, and integration points before manufacturing begins.
Step 4: Design Validation
Machine motion, assembly sequence, structural loading, and overall functionality are reviewed during the design stage to identify and resolve issues early. FEA is applied where structural strength or fatigue performance is critical.
Step 5: Manufacturing documentation
Manufacturing-ready documentation is prepared, including fabrication drawings, assembly drawings, BOMs, weld details, and engineering documentation required for manufacturing and integration.
Step 6: Production & implementation support
Design support continues during machine manufacturing, assembly, commissioning, and production setup to help resolve design queries, revisions, and integration issues during the build process.
Technologies we use
AUTOCAD * SOLIDWORKS * AUTOCAD ELECTRICAL
ROBCAD * PTC CREO * INVENTOR
E-PLAN * FANUC ROBOGUIDE * AUTODESK VAULT
SOLIDWORKS PDM * ALLEN BRADLEY * DASSAULT DELMIA
VENTION * 3D EXPERIENCE * FACTORY TALK
SIEMENS TECHNOMATIX * MITSUBISHI ELECTRIC * SCHNEIDER ELECTRIC
SIEMENS AUTOMATION * ABB ROBOSTUDIO * CODE SYS
B&R * GE DIGITAL * CIM STATION ROBOTICS
KAWASAKI * MOTOMAN * OMRON
KUKA SIM
Industries we serve
AUTOMOTIVE
INDUSTRIAL AUTOMATION
PACKAGING
FOOD & BEVERAGE
METAL FABRICATION
AGRICULTURE
MATERIAL HANDLING
DAIRY PRODUCT MANUFACTURING
MANUFACTURING
HEAVY MACHINERY
MEDICAL
ENTERTAINMENT