Manufacturing
Assembly lines, intra-plant movement, quality inspection
Manipulators and cobots for machine tending, welding, transfer and palletising. Every cell is an engineering project: spec, tooling, PLC and guarding.
Typical processes for robotisation
- P·01
Intra-plant movement of components and blanks
- P·02
Material feed to assembly stations
- P·03
Quality inspection (visual, dimensional, functional)
- P·04
Palletising of finished product
- P·05
Integration with MES and production-control system
AGVs/AMRs for shop logistics
Blanks and components between stations. Quicktron, Geek+.
Manipulators and assembly robots
Pick-and-place, assembly, packaging. Multi-vendor sourcing per task.
Quality inspection systems
Cameras, laser scanners, test rigs. Integrated into the line.
How it comes together as a project.
A metalworking shop: a cell tending two CNC machines — ESTUN ER20, a blank conveyor, a safety loop. 38-second cycle time, the cell runs the third shift without an operator; people stay on changeovers and spot checks.
Budget, timeline, limits
- Budget
- from $45,000 per cell
- Timeline
- 12—16 weeks incl. commissioning
- Scale
- from ~10,000 operations/mo
- Integration complexity
- High · spec and acceptance trials required
Where robots don't help yet
No standard package — every project goes through brief + paid audit
Existing MES without an open API — increases integration risk
Frequent process changes — need periodic reprogramming
Non-standard blank dimensions and weight — separate engineering work
To save your time and ours, we name the tasks we don't cover upfront. If your case mainly overlaps with one of these — we're likely not the right partner.
Greenfield production-line design
Capital construction of shops and engineering systems
Industry-standard certification (ISO, GMP)
Hiring and training of production staff
The same class of solution already runs in this industry
Our job is to open access to the same class of equipment and integration for a site of your size, with local service.
BYD, Shenzhen
- Scale
- EV assembly line
- Equipment
- Multi-vendor configuration · AGVs + manipulators
Public reference for a large Chinese OEM running integrated multi-vendor automation on final assembly. A class standard for working with Chinese manufacturers.
Geely (Lynk & Co)
- Scale
- Full-cycle plant
- Equipment
- Quicktron AGVs for intra-plant movement
AGV fleet integration into the existing MES without platform replacement. Per public data — reduced intra-plant logistics time and lower work-in-progress inventory.
What we need to know to give a concrete estimate
These parameters drive configuration and budget. If you know some of them — that's already enough to start the conversation.
- 01
Type of production and product?
- 02
Current automation level and which MES?
- 03
Project stage — brief, concept, contractor selection?
- 04
Target effect — productivity / quality / payroll?
- 05
Site country and status of land and engineering questions?
Estimate the economics with your inputs
A base estimate built on conservative norms. The exact quote follows an on-site survey — you can attach this estimate to the request below.
The cell (arm + tooling + fencing + PLC) replaces ~80% of manual cycle work and runs the third shift unmanned. Budget — a typical 2-CNC cell.
Strong case — let's discuss launch
- Budget (estimate)
- $45 000
- Savings per month
- $4 320
- Savings per year
- $51 840
- Net effect over 3 years
- $110 520
Request an exact estimate
Leave your contacts and a few parameters about the site — we'll come back with an estimate and configuration for your case.
What to do next
Three clear paths depending on where you are: look at specific models, see a packaged or custom format, or request a short audit.