Manufacturing Process Study
Practical machine engineering aligned with the product, process, operators, and production target.
Special Purpose Machines
Special Purpose Machines
Special Purpose Machines
Purpose-built machines engineered around your manufacturing process.
GilMan Engineering develops Special Purpose Machines for manufacturing operations that cannot be solved effectively with standard equipment.
Each machine is designed around the product, process, operator requirements, production target, available space, safety needs and manufacturing environment.
Manufacturing challenges
When standard equipment does not fit the process.
Many production operations require equipment designed specifically around the part, workflow and required output.
- 01No suitable standard machine is available.
- 02Manual production is too slow.
- 03Product quality varies between operators.
- 04The process creates too much rework.
- 05Operators perform repetitive or difficult tasks.
- 06Existing equipment cannot achieve the required output.
- 07Several operations need to be combined into one machine.
- 08The available production space is limited.
- 09A safer production method is required.
- 10The manufacturing process needs better control.
Why this happens
Production requirements often exceed what standard machinery can provide.
- The product has unique geometry.
- The process requires dedicated tooling.
- Production volumes have increased.
- Manual methods are no longer economical.
- Existing machinery was designed for a different product.
- Quality depends too heavily on operator experience.
- Multiple production steps remain disconnected.
- Standard equipment cannot meet cycle-time requirements.
PRODUCT / PROCESS / OUTPUT
A machine defined by the real production operation.
How GilMan helps
From production challenge to a practical machine solution.
GilMan Engineering studies the manufacturing operation, defines the required machine functions and develops a purpose-built equipment concept suitable for production.
Machine Requirement Definition
Practical machine engineering aligned with the product, process, operators, and production target.
Machine Concept Development
Practical machine engineering aligned with the product, process, operators, and production target.
Mechanical Machine Design
Practical machine engineering aligned with the product, process, operators, and production target.
Tooling and Fixture Design
Practical machine engineering aligned with the product, process, operators, and production target.
Operator Interface Planning
Practical machine engineering aligned with the product, process, operators, and production target.
Safety and Access Considerations
Practical machine engineering aligned with the product, process, operators, and production target.
Pneumatic and Hydraulic Integration Planning
Practical machine engineering aligned with the product, process, operators, and production target.
Automation Integration Support
Practical machine engineering aligned with the product, process, operators, and production target.
Manufacturing Documentation
Practical machine engineering aligned with the product, process, operators, and production target.
Supplier Coordination
Practical machine engineering aligned with the product, process, operators, and production target.
Prototype and Build Support
Practical machine engineering aligned with the product, process, operators, and production target.
What you receive
Engineering deliverables ready for machine development and manufacture.
01
OUTPUT 01
Machine Requirement Specification
Clear engineering information prepared for the next machine-development or build stage.
02
OUTPUT 02
Machine Concept
Clear engineering information prepared for the next machine-development or build stage.
03
OUTPUT 03
3D CAD Machine Assembly
Clear engineering information prepared for the next machine-development or build stage.
04
OUTPUT 04
Manufacturing Drawings
Clear engineering information prepared for the next machine-development or build stage.
05
OUTPUT 05
Assembly Drawings
Clear engineering information prepared for the next machine-development or build stage.
06
OUTPUT 06
Tooling and Fixture Designs
Clear engineering information prepared for the next machine-development or build stage.
07
OUTPUT 07
Component and Supplier List
Clear engineering information prepared for the next machine-development or build stage.
08
OUTPUT 08
Pneumatic or Hydraulic Design Inputs
Clear engineering information prepared for the next machine-development or build stage.
09
OUTPUT 09
Machine Build Documentation
Clear engineering information prepared for the next machine-development or build stage.
Typical applications
Special Purpose Machines for practical production operations.
01
Component Assembly Machines
02
Pressing Machines
03
Cutting Machines
04
Drilling and Machining Stations
05
Feeding Machines
06
Indexing Machines
07
Inspection Machines
08
Leak Testing Machines
09
Product Handling Machines
10
Combined Manufacturing Stations
11
Operator-assisted Machines
12
Dedicated Production Equipment
Machine development process
A structured path from manufacturing need to working equipment.
1
Understand the Production Challenge
2
Study the Product and Process
3
Define Machine Requirements
4
Develop Machine Concepts
5
Complete Mechanical Design
6
Prepare Manufacturing Documentation
7
Support Manufacture and Assembly
8
Support Installation and Improvement
Engineering capabilities
The engineering disciplines required to develop dependable production equipment.
CONCEPT
Machine Concept Development
- ✓ Functional Requirements
- ✓ Machine Architecture
- ✓ Concept Comparison
- ✓ Feasibility Review
DESIGN
Mechanical Machine Design
- ✓ 3D CAD Assemblies
- ✓ Frames and Structures
- ✓ Mechanisms
- ✓ Guards and Access
TOOLING
Tooling and Production Interfaces
- ✓ Fixtures
- ✓ Jigs
- ✓ Product Location
- ✓ Operator Loading
BUILD
Manufacturing and Build Support
- ✓ Manufacturing Drawings
- ✓ Assembly Documentation
- ✓ Supplier Packages
- ✓ Engineering Changes
Frequently asked questions
Practical questions about special purpose machine development.
What is a Special Purpose Machine?
A Special Purpose Machine is production equipment engineered for a specific product, operation, output, and manufacturing environment.
When should we consider a custom machine instead of standard equipment?
Consider a custom machine when standard equipment cannot meet the required process, cycle time, quality, space, safety, or operator needs.
Can you develop a machine from an existing manual process?
Yes. We study the manual workflow, product interfaces, operator actions, risks, and target output before defining a practical machine concept.
Can you design tooling and fixtures as part of the machine?
Yes. Tooling, fixtures, product location, and loading interfaces can be developed as part of the complete mechanical machine design.
Can you work with our automation or controls supplier?
Yes. We coordinate mechanical interfaces and design inputs with automation partners and controls engineers to support integration.
Can you prepare complete manufacturing and assembly drawings?
Yes. We prepare manufacturing drawings, assembly drawings, supplier packages, and supporting machine-build documentation.
Can you improve an existing machine concept?
Yes. We can review an existing concept, identify practical risks, and improve its mechanisms, structure, access, tooling, and manufacturability.
Can you support machine manufacture and assembly?
Yes. We answer engineering questions, coordinate suppliers, and support design changes during manufacture and assembly.
Can the machine be designed for future product variants?
Yes. Where requirements are known, the concept can include adjustable, modular, or change-part interfaces for planned product variants.
Can you help define the machine requirements before design begins?
Yes. Requirement definition is an early project stage covering the process, product, operators, cycle time, space, utilities, safety, and expected output.
Do you need a machine designed around a specific production process?
Describe the product, operation, production challenge and required output. GilMan Engineering can help define and develop the right Special Purpose Machine.