Material Flow Analysis
Practical material handling engineering aligned with production flow, operators, workstations, ergonomics, and safety.
Material Handling & Production Equipment
Material Handling & Production Equipment
Material Handling & Production Equipment
Engineered handling systems that keep production moving.
GilMan Engineering develops material handling systems and production equipment that improve workflow, reduce manual handling, increase safety and support efficient manufacturing operations.
Whether components move between workstations, production cells or complete assembly lines, every solution is engineered around your manufacturing process.
Production challenges
Poor material flow reduces manufacturing efficiency.
Safe, reliable movement between production stages keeps people, parts, and assembly operations working efficiently.
- 01Operators spend too much time moving parts.
- 02Heavy lifting slows production.
- 03Material handling creates bottlenecks.
- 04Workstations are poorly connected.
- 05Components are damaged during transport.
- 06Production flow is interrupted.
- 07Safety risks increase with manual handling.
- 08Existing conveyors no longer meet production needs.
- 09Handling equipment lacks flexibility.
- 10Material movement limits production capacity.
Why this happens
Efficient production depends on efficient movement.
- Production expanded without redesigning material flow.
- Equipment was added over time without integration.
- Manual handling became the default solution.
- Factory layouts changed.
- Production volumes increased.
- Existing handling systems are outdated.
- Material flow was never optimised.
- Ergonomic considerations were overlooked.
MATERIAL / MOVEMENT / OUTPUT
A handling system defined by the real production flow.
How GilMan helps
Engineering handling systems around your production process.
GilMan Engineering studies material movement, workstations, assembly operations, safety, and ergonomics before developing practical handling equipment for production.
Conveyor System Design
Practical material handling engineering aligned with production flow, operators, workstations, ergonomics, and safety.
Transfer System Development
Practical material handling engineering aligned with production flow, operators, workstations, ergonomics, and safety.
Lift Assist Solutions
Practical material handling engineering aligned with production flow, operators, workstations, ergonomics, and safety.
Workstation Integration
Practical material handling engineering aligned with production flow, operators, workstations, ergonomics, and safety.
Production Layout Support
Practical material handling engineering aligned with production flow, operators, workstations, ergonomics, and safety.
Ergonomic Improvements
Practical material handling engineering aligned with production flow, operators, workstations, ergonomics, and safety.
Safety Considerations
Practical material handling engineering aligned with production flow, operators, workstations, ergonomics, and safety.
Mechanical Equipment Design
Practical material handling engineering aligned with production flow, operators, workstations, ergonomics, and safety.
Manufacturing Documentation
Practical material handling engineering aligned with production flow, operators, workstations, ergonomics, and safety.
Supplier Coordination
Practical material handling engineering aligned with production flow, operators, workstations, ergonomics, and safety.
Build Support
Practical material handling engineering aligned with production flow, operators, workstations, ergonomics, and safety.
What you receive
Engineering deliverables ready for handling equipment development and manufacture.
01
OUTPUT 01
Material Flow Study
Clear engineering information prepared for the next handling-equipment or build stage.
02
OUTPUT 02
Equipment Concept
Clear engineering information prepared for the next handling-equipment or build stage.
03
OUTPUT 03
3D CAD Assemblies
Clear engineering information prepared for the next handling-equipment or build stage.
04
OUTPUT 04
Manufacturing Drawings
Clear engineering information prepared for the next handling-equipment or build stage.
05
OUTPUT 05
Assembly Drawings
Clear engineering information prepared for the next handling-equipment or build stage.
06
OUTPUT 06
Conveyor Layouts
Clear engineering information prepared for the next handling-equipment or build stage.
07
OUTPUT 07
Handling Equipment Documentation
Clear engineering information prepared for the next handling-equipment or build stage.
08
OUTPUT 08
Supplier Packages
Clear engineering information prepared for the next handling-equipment or build stage.
09
OUTPUT 09
Engineering Build Documentation
Clear engineering information prepared for the next handling-equipment or build stage.
Typical applications
Material handling equipment for practical production operations.
01
Conveyor Systems
02
Roller Conveyors
03
Belt Conveyors
04
Lift Assist Devices
05
Transfer Systems
06
Workpiece Carriers
07
Pallet Handling
08
Assembly Line Transport
09
Production Trolleys
10
Material Carts
11
Loading Stations
12
Production Handling Equipment
Engineering process
A structured path from material-flow study to production improvement.
1
Study Material Flow
2
Identify Handling Challenges
3
Develop Equipment Concept
4
Mechanical Design
5
Prepare Manufacturing Documentation
6
Support Manufacture
7
Production Improvement
Engineering capabilities
The engineering capabilities required to develop dependable handling equipment.
FLOW
Material Flow Engineering
- ✓ Process Analysis
- ✓ Layout Planning
- ✓ Workflow Optimisation
- ✓ Capacity Planning
DESIGN
Equipment Design
- ✓ Conveyors
- ✓ Transfer Systems
- ✓ Lift Equipment
- ✓ Mechanical Structures
INTEGRATE
Production Integration
- ✓ Workstations
- ✓ Assembly Lines
- ✓ Safety
- ✓ Ergonomics
DOCUMENT
Manufacturing Documentation
- ✓ Manufacturing Drawings
- ✓ Assembly Drawings
- ✓ Supplier Packages
- ✓ Engineering Reviews
Frequently asked questions
Practical questions about material handling and production equipment.
What types of material handling systems do you design?
We design conveyor systems, transfer systems, lift-assist devices, workpiece carriers, trolleys, loading stations, and other production handling equipment.
Can you improve our production flow?
Yes. We study how materials and components move between workstations, identify bottlenecks, and develop equipment concepts that support a more efficient production flow.
Can you develop custom conveyor systems?
Yes. Conveyor layouts and mechanical designs can be developed around your products, available space, required capacity, workstations, and assembly process.
Can you reduce manual handling?
Yes. We develop practical conveyors, transfer systems, lift assists, and handling devices that reduce unnecessary carrying, lifting, and repositioning.
Can you improve workplace ergonomics?
Yes. Operator reach, lifting, loading height, access, and movement are considered when developing safer handling equipment and workstation interfaces.
Can you prepare manufacturing documentation?
Yes. We prepare 3D CAD assemblies, manufacturing drawings, assembly drawings, conveyor layouts, supplier packages, and engineering build documentation.
Can you support equipment manufacturers?
Yes. We coordinate mechanical interfaces, supplier information, engineering reviews, and design changes with equipment manufacturers and fabrication partners.
Can you redesign an existing handling system?
Yes. We can review existing conveyors and handling equipment, identify flow, safety, ergonomic, and capacity limitations, and develop practical improvements.
Ready to improve your production flow?
Tell us about your material handling challenges and production goals. GilMan Engineering can help engineer safer, more efficient handling systems.