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Machine Engineering Dossier
Specifications, datasheet, GA concept and product catalogue — built in the same Probiters design language.
Configuration & Pricing
Final pricing depends on configuration, size and tooling package. Most systems in this category are quoted within 3–5 working days — priced to compete with imported and OEM alternatives.
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Design intent
Four-station simultaneous torque-controlled assembly system with logged torque and angle per station.
A multi-spindle assembly station designed to tighten four fasteners in a controlled sequence or simultaneously. The system combines guided fixtures, torque-controlled spindle drives and recipe-based tightening parameters to reduce assembly variation.
Engineering problem: Manual tightening can produce variation in torque, angle and sequence. A multi-spindle system controls the tightening strategy and records the result at each station.
Applications
Typical use
Automotive component assemblyPowertrain subassembliesFlange and multi-bolt assembliesIndustrial fastening
Open product catalogueProcess architecture
01LOADLoad component into fixture
02VERIFYVerify part presence and fastener readiness
03POSITIONPosition four spindle heads
04RUNRun programmed torque/angle sequence
Engineering data
| Parameter | Design basis / published information |
|---|---|
| Control system | Mitsubishi FX5u |
| HMI | Mitsubishi GT2000 |
| Process | 4-station simultaneous torquing |
| Output | Logged torque + angle per station |
| Typical torque envelope | 5–200 Nm per spindle, tooling dependent |
| Spindles | 4 independently monitored |
| Fastener range | Application-specific |
| Result logic | Torque/angle windows + sequence validation |
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