Tooling programmes often fail at the interfaces between product design, tool design, construction, trials, logistics and production readiness. ALM governs those interfaces through a common timing plan, technical review gates, visible risk management and disciplined escalation.
Product, timing, quality, capacity and commercial objectives.
Scope, sourcing, governance, technical coordination and reporting.
Validated tooling, capable process and PPAP readiness.
The development process is supported by direct participation in tool design, construction reviews, trials, commissioning and dimensional validation.
1K, 2K, rotary platen, gas-assist, overmoulding and in-mould decoration, supported by hot-runner, thermal-management and handling systems.
Progressive, transfer and tandem dies, checking fixtures, welding equipment and end-of-arm tooling.
Thermoforming moulds, checking fixtures, handling equipment and production-cell integration.
Process definition, layouts, machinery sourcing, robotic handling, installation, commissioning and operator handover.
ALM applies automotive launch discipline so that tooling maturity remains aligned with product quality, process readiness, capacity confirmation and PPAP.
Feasibility, DFM, trials, DSO, shipping, commissioning, dimensional review, production validation and PPAP support across a multi-tool injection-moulding programme.
Online design reviews, progress control, trial participation, issue escalation and customer reporting for a tooling programme executed remotely.
Assessment, transfer planning, installation, recommissioning and launch support for automotive press tooling and associated welding equipment.
From a single engineering change to a multi-tool vehicle programme, ALM assembles and governs the capability required to move from design intent to sustained production.