Define
Capture the product, process, machine envelope, interfaces and acceptance criteria.
Manufacturing engineering
Discrete manufacturing, modelled before it moves.
Prism Tech Solutions approaches machines, processes and production cells as connected systems that can be represented, tested and refined in a virtual environment before carefully governed links are made to physical equipment.
A systems view
From an individual process to the wider production system
A discrete product is assembled from countable parts, structures, mechanisms and machines. Its production may still combine discrete operations with continuous processes, material movement, inspection and human decisions.
A useful virtual model therefore needs more than geometry. It can represent kinematics, operating sequences, program logic, constraints, resource states and the information exchanged between equipment and people.
- Define the product, process and operating objective.
- Describe machine axes, tooling, fixtures and safe working limits.
- Model the cell-level flow of material, energy and information.
- Verify interfaces and behaviours before any physical connection.
Product and process definition
Machine and controller behaviour
Cell coordination and material flow
Operational data and human decisions
ProcessOperation logic and constraints
MachineAxes, tooling and control states
CellResources and coordinated flow
SystemPlanning, monitoring and decisions
Model-to-machine workflow
A staged path from virtual representation to operational use
Each engagement would be scoped around the available equipment, data, risk controls and business objective. Physical integration should proceed only after project-specific engineering and verification.
Model
Create geometry, kinematics, state logic and domain data for the virtual asset.
Program
Represent operating sequences and, where relevant, controller or part-program behaviour.
Verify
Test assumptions, limits, failure responses and human interaction in a controlled setting.
Connect
Introduce approved data links in stages, with monitoring, access control and rollback plans.
Standards are project inputs, not blanket claims. Depending on the machine and scope, engineering references may include machine-axis conventions associated with ISO 841, numerical-control program structures associated with ISO 6983, and STEP-NC concepts associated with ISO 14649. Applicability and edition status must be checked for each project.
Reference machine families
Thirteen machine and automation families
These categories preserve the useful technical scope of the earlier website. They indicate areas for modelling and feasibility discussion, not a claim that Prism has already delivered every configuration.
Turret Lathe
Tool indexing, spindle states and sequenced turning operations.
3-Axis Milling
Coordinated linear-axis motion, work offsets and toolpath behaviour.
5-Axis Milling
Combined linear and rotary motion for complex surface access.
Portal Type Milling
Large working envelopes with bridge and travelling-axis arrangements.
Vertical Turning and Boring Lathe
Vertical workholding, turning and boring sequences for large parts.
Gantry Type Milling
Multi-axis travel across a fixed or moving workpiece arrangement.
Planar Type Horizontal Boring
Horizontal spindle operations, table motion and positional coordination.
Profile and Contour Milling — Movable Table
Contouring motion coordinated with workpiece-table travel.
Profile and Contour Milling — Horizontal Spindle
Horizontal tool orientation for profile and contour operations.
Profile and Contour Milling — Tilting Head
Additional angular access through controlled head orientation.
Profile and Contour Milling — Tilting Table
Workpiece reorientation through a controlled tilting-table arrangement.
Conveyor
Material-transfer states, routing, interlocks and cell timing.
Robot
Programmed motion, end-effector states and coordinated cell tasks.
Local reference gallery
Compact machine visualisations
These locally stored animations are retained as reference media from the source website. They help explain machine geometry and motion; they are not presented as commissioned Prism deployments.
Vertical turning and boring
A reference view of a vertical turning and boring configuration.
Download MP4Start with one machine, process or decision.
Share the engineering objective, available data and operating constraints. Prism can help frame a realistic modelling or integration study for further review.