Manual reconstruction
- Quote to manual rework
- Human arbitration to create the plan
- Weak visibility on induced load
- Stock maintained by corrections and re-entry
- Late discovery of capacity tension
- Delivery dates committed with uncertainty
Plug to rollforming machine
Production management for light steel framing manufacturers
Proposal-first planning
MyAssembly captures real machine execution to keep stock reliable, then turns quotes into feasible production plans with clearer capacity, material, and deadline visibility before release.
- Machine-fed stock and progress updates
- Quote-to-plan projection with capacity and material visibility
- Fewer manual corrections between workshop reality and planning
Imported quotes
Quote Q-2416
Quote A
Warehouse shell · 12 T
Proposal ready
Quote Q-2419
Quote B
Housing block · 8 T
Proposal ready
Quote Q-2424
Quote C
Retail extension · 14 T
Proposal ready
Quote Q-2428
Quote D
Office pods · 6 T
Proposal ready
Line allocation and load
W1W2W3W4W5W6
Line A
Line B
Line C
Line D
Connected rollformers
PF-02Rollformer
PF-04Rollformer
Machine-fed stock
Material state corrected from real executionExecution vs commitment
Release status updated from workshop reality| Project | Completion | |
|---|---|---|
| Q-2416 | 0% | |
| Q-2419 | 64% | |
| Q-2424 | 18% | |
| Q-2428 | 0% |
The problem
Why LSF production still runs on disconnected truths
In many LSF factories, the problem is not the lack of data. The problem is that commercial demand, workshop capacity, material reality, and machine execution still live in separate places. Teams rebuild production from quotes, spreadsheets, assumptions, and urgency.
What teams rely on today
- The quote exists, but the bridge from quote to production plan is rebuilt by hand
- Planning still depends on Excel, memory, and repeated arbitration between projects
- Induced load on rollformers and downstream steps is hard to see before release
- Forecast stock and workshop execution live apart, so material trust erodes quickly
What that creates on the floor
- Capacity tension appears late, after dates have already been discussed with the customer
- Material can be promised twice because allocation and real availability are not in the same loop
- Release decisions depend on the most experienced person available, not on a credible operational view
- Delivery commitments stay harder to trust than they should be for the CEO, planner, and workshop manager
Reliable stock is not a side module.
MyAssembly is built on a simple operational truth: if stock does not reflect what the workshop actually ran, every planning decision starts from a wrong assumption. Machine Link captures the truth of the present. Planning builds the truth of the future. Both must stay connected.
Machine Link
The truth of the present
Real machine execution feeds stock, material consumption, and production progress so the operational state stays closer to workshop reality without constant manual corrections.
Planning
The truth of the future
Quote-to-production proposals, capacity visibility, and deadline feasibility rely on credible stock to produce credible commitments.
When both truths stay connected, teams stop rebuilding the plan from assumptions.
Transformation
From manual reconstruction to operationally credible production
MyAssembly closes the gap between the quote, the plan, workshop capacity, and execution-fed stock so teams can release work with more confidence.
Operationally credible production
- Quote becomes a planning proposal
- Load is distributed across lines and steps
- Capacity and delay feasibility become visible earlier
- Workshop follows a clearer execution path
- Real execution updates operational state and stock
- Delivery commitment becomes more credible
How it works
How MyAssembly works
Proposal first, not magic. MyAssembly reads the quote, builds a feasible production path, and keeps critical operational loops aligned with real workshop execution.
Quote input
Imported quote: Q-2416
184 panels, C89-1.2 and Track 70, requested dispatch in week 4, two rollformers available.
Execution feed from the workshop
- LIVE PF-02 started Q-2416 → stock and completion updated
- LIVE Q-2419 released → line load recalculated before commitment
- LIVE Coil A124 consumed → available stock corrected from execution
1
Read the quote
MyAssembly reads quantities, material needs, and induced production load from the quote that already exists.
→ Actionable planning input
2
Get a feasible production proposal
The system proposes line allocation, sequencing, and a planning path based on capacities and operational constraints.
→ Charge and deadline visibility
3
Validate and release faster
Teams review charge, feasibility, and deadlines before sending work to the shop floor and committing dates.
→ Feasible commitment before release
4
Keep stock aligned through execution
Machine-fed production updates critical operational flows so stock stays more reliable without constant manual re-entry.
→ Stock connected to workshop reality
Product pillars
Built on 2 connected operational pillars
MyAssembly is not a generic planning dashboard. It is built around two operational pillars: machine-fed execution that keeps stock reliable, and quote-to-production planning that makes capacity and deadline feasibility visible before commitment.
Reliable execution truth makes planning more credible.
Planning gives execution a clearer path.
Use cases
What teams use MyAssembly for
Each use case starts from the same reality: the quote exists, but confidence in the production plan and stock does not.
Before accepting a new project
Check induced load, line impact, material tension, and whether the requested date is realistic before answering the customer.
- See which line absorbs the load
- Spot material tension before commitment
- Commit dates with a more credible view
At production launch
Turn the quote into a proposed production path and release work with clearer line allocation, sequencing, and material logic.
- Review the proposal before sending work
- Make line load and bottlenecks visible
- Release faster without blind arbitration
During workshop execution
Keep stock and operational state aligned with what machines actually ran so the plan stays closer to reality through the week.
- Update stock from machine execution
- Correct completion and material state together
- Reduce manual reconciliation in the workshop
When planning starts drifting
Reduce the gap between what was planned, what was consumed, and what the workshop actually executed.
- Compare planned vs actual execution continuously
- Detect material drift before it becomes a shortage
- Re-align the plan from real workshop data
FAQ
Questions production teams ask before booking a demo
It turns a quote into a feasible production proposal, shows capacity and delay feasibility before release, and keeps stock aligned with real machine execution.
No. MyAssembly handles the operational planning and stock loop close to the workshop. It can coexist with your ERP and does not require replacement to evaluate fit.
No. It is not a design, BIM, Revit, or detailing tool. It starts once the quote exists and focuses on production planning and execution-linked stock for LSF workshops.
Machine events update operational state and material consumption from real execution, so stock stays closer to workshop reality without critical operator re-entry.
Yes. That is a common starting point. MyAssembly is meant to replace manual quote-to-plan reconstruction and make capacity and stock visibility more credible.
Yes. The pilot can start with one real flow and one connected machine, which is relevant for many workshops running one to three rollformers.
One quote input, one planning proposal, one connected production loop, and one stock model on a defined perimeter so value is visible quickly without a big-bang rollout.
It makes induced load, line allocation, material tension, and deadline feasibility visible before release, so teams can commit dates with a more credible operational view.