01
Footprint
Usable square footage, machine clearances, service zones, loading paths, operator access, staging areas, and how the equipment changes movement through the current floor.
Equipment Consultation
Titan Planning DossierEquipment Consultation · Edition 01
Site analysis · production strategy
Map the real production picture.Select the equipment after.
Titan equipment consultation connects machine choice to the actual shop: footprint, power, compressed air, dust extraction, material movement, labour structure, throughput, installation readiness, and the production goals the equipment is expected to support.
01Footprint · Infrastructure · CapacityPlanning
Before capital is committed
Equipment selection is one decision. The shop around the equipment is the system.
A machine can be technically capable and still be the wrong answer for the floor. Clearances, loading access, dust volume, electrical service, operator travel, staging, rework, downstream capacity, and installation sequencing can change whether an equipment purchase succeeds.
Titan consultation looks at the machine and the operating environment together. The objective is not to force a product into the shop. It is to define the production requirement, identify the constraints, and build a practical route from the current state to the desired output.
02
Infrastructure
Electrical loads, panel capacity, compressed-air needs, vacuum, network access, foundation conditions, delivery access, and installation readiness.
03
Extraction
Machine airflow demand, duct routing, filtration capacity, collection strategy, system balance, and whether existing dust infrastructure can support the planned production rate.
04
Throughput
Current output, target output, shift structure, labour dependency, bottlenecks, material movement, queue time, re-handling, and realistic daily capacity.
Consultation operating layers
Full shop analysis—not equipment guesswork.
The site review connects physical layout, infrastructure, labour, material movement, and capacity so the machine recommendation is grounded in the real operating environment.
01
FLOW / FLOOR
Layout and movement
- Current production path
- Machine-to-machine movement
- Material staging zones
- Operator and safety zones
- Finished goods and rework areas
02
UTIL / READY
Machine readiness
- Electrical and air requirements
- Dust and vacuum demand
- Machine clearances and access
- Delivery and installation sequence
- Training and startup preparation
03
CAP / OUTPUT
Capacity and bottlenecks
- Current and target volume
- Daily and weekly throughput
- Primary production constraints
- Labour dependency
- Where jobs slow down or pile up
The planning objective
The right machine is not the one with the longest specification sheet. It is the one the operation can support and use productively.
Titan equipment consultationIdentify the blind spots before they become installation delays, production constraints, unnecessary labour, or capital tied up in equipment that does not fit the real workflow.
01
Pre-consultation intake
Titan begins by defining what the shop is trying to change. We review current equipment, product mix, materials, shift structure, output, labour concerns, known bottlenecks, planned growth, and any machine shortlist already under consideration. Existing layouts, utility information, production reports, and sample parts establish a useful starting point before the site visit.
InputsLayouts, equipment lists, photos, sample parts, and production goals.QuestionsWhat must improve, what must stay, and what is limiting the shop today?ResultA focused site-visit agenda and a clear list of planning priorities.
02
On-site production review
The floor is reviewed as an operating system rather than a collection of machines. Titan follows material from receiving through processing, staging, assembly, rework, finishing, and shipping. We look at operator travel, congestion, forklift paths, floor storage, machine utilisation, work-in-process accumulation, and the moments where parts are waiting instead of being transformed.
ObserveReal operator movement and actual production behaviour.MeasureFloor dimensions, access paths, clearances, staging, and service zones.DocumentCurrent-state flow, constraints, risks, and avoidable handling.
03
Constraint and infrastructure mapping
Before a machine is matched to the application, Titan identifies what the building can support and what must change. Electrical service, compressed air, vacuum, network, dust extraction, duct routes, ceiling height, delivery doors, rigging access, service clearances, floor conditions, and safety zones are mapped against the proposed equipment.
UtilitiesElectrical, air, vacuum, data, and extraction requirements.AccessDelivery path, rigging space, doors, floor loading, and service reach.Gap listInfrastructure work required before delivery and commissioning.
04
Capacity and throughput model
Machine speed alone does not define output. Titan connects cycle time to loading, unloading, programming, tooling, material staging, labour, downstream capacity, shift structure, maintenance, and product changeovers. Current and target volumes identify which constraint should be removed first and whether the surrounding process can absorb the additional machine capacity.
BaselineCurrent daily and weekly output with known labour and queues.ModelExpected output under realistic operating assumptions.BalanceConfirm upstream and downstream processes can support the change.
05
Production-system architecture
Titan develops the equipment concept around the application instead of isolating the machine from the process. The architecture may include machine type, table or loading configuration, tooling strategy, material handling, software workflow, barcode or data flow, dust collection, downstream handling, operator responsibility, and the relationship between the new equipment and existing machines.
Machine fitCapabilities, footprint, automation level, and service access.Process fitTooling, programming, handling, extraction, and labour.Growth fitRoom for volume, product mix, staffing, and future equipment.
06
Investment and implementation sequence
Not every shop should change everything at once. Titan helps sequence equipment, infrastructure, tooling, software, training, and material handling so the investment can be implemented without creating an avoidable production shutdown. The plan can identify enabling work, temporary arrangements, delivery dependencies, commissioning requirements, and logical future phases.
Phase oneResolve the constraint that creates the greatest practical return.ReadinessComplete utilities, layout work, access, tooling, and staffing first.ContinuityPlan installation around customer commitments and production demand.
07
Consultation roadmap and follow-up
The consultation concludes with a clearer planning path: the production problem being solved, the conditions the solution must satisfy, the infrastructure and workflow work that supports it, and the sequence of decisions required to move forward. Titan can then coordinate machine selection, tooling, dust planning, installation preparation, workflow, training, maintenance planning, and quotation around the same operating assumptions.
RoadmapRecommended direction, priorities, dependencies, and decision sequence.AssumptionsOutput, labour, utilities, product mix, and operating conditions.Next stepConcept refinement, machine quotation, or deeper technical review.
A
Analysis index
What Titan analyzes
A01Layout and workflow
A02Machine readiness
A03Material movement
A04Production volume
A05Labour dependency
A06Dust and airflow
A07Power and utilities
A08Tooling and cut strategy
B
Outcome index
What the shop gains
B01A clearer equipment path
B02Reduced installation risk
B03Better machine fit
B04Realistic capacity expectations
B05Less material re-handling
B06Better tooling and machine pairing
B07Stronger ROI confidence
B08A practical growth roadmap
Bring Titan into the shop first
Make the equipment decision after the production system has been understood.
Send Titan your current layout, production goals, known bottlenecks, machine shortlist, product mix, or floor constraints. The consultation path can then be built around the real operation rather than a generic machine recommendation.