PROBITERS INDUSTRIAL COMMAND CELL REF CODE: PRO-SPM-2026
✓ NABL / CE CERTIFIED ARCHITECTURE
1 Spindle Assembly System
Control Engine Siemens / Mitsubishi
Delivery Guarantee Production-Ready

1 Spindle Assembly System

Single-station torquing sized for lower-volume lines.

Control systemMitsubishi FX5u
HMIMitsubishi GT2000
ProcessSingle-station torquing
After-sales support3 months free, until production-ready
Typical quote turnaround3–5 working days
Target Plant Applications:
Automotive component assembly
FIELD-PROVEN CASE STUDY • Hosur Industrial Complex, Tamil Nadu

Electric Vehicle Motor & Gearbox Line

PROBITERS ROI: 5.0 Months PAYBACK
❌ Competitor Machine Pitfalls

Generic hydraulic press-fit fixtures damaged delicate EV rotor bearings during insertion, causing a 12% manual rework rate and frequent mechanical alignment resets.

❌ Impact: High Scrap Rates & Unplanned Supplier Delays
Probiters Engineering Advantage

Probiters Closed-Loop Servo Spindle Press-Fit Station with real-time distance-vs-force window monitoring, automatic seating validation, and quick-change tooling fixtures.

Support Commitment:
24/7 Hotline Technical Support & Free Tooling Recalibration
✓ Verified Financial Outcomes & ROI
Payback Period 5.0 Months
Annual Savings ₹15.1 Lakhs / yr
BEARING REWORK RATE 12% Reduced to 0.01% Takt Time: 35s Down to 11s
"Precision servo press-fitting with force-distance window evaluation stopped bearing tilt damage completely. Our EV motor line takt time dropped from 35s to 11s."
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Engineering Enrichment

Machine Engineering Dossier

Specifications, datasheet, GA concept and product catalogue — built in the same Probiters design language.

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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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On-time delivery commitment
Free support to production-ready
Design intent

Single-station torque-controlled assembly system for repeatable fastening operations.

A flexible single-spindle assembly cell for controlled tightening of one fastener or one fastening group at a time. It is suited to lower-volume production, model variants and operations where a single programmable torque tool provides the right balance of flexibility and control.

Engineering problem: Hand tools depend heavily on operator technique and often provide limited traceability. A guided spindle with recipe-controlled parameters standardises the fastening operation.

Applications

Typical use

Automotive assemblyAppliance assemblyIndustrial fasteningLow/medium-volume variants
Open product catalogue
Process architecture
01LOADLoad component
02CONFIRMConfirm part and fastener presence
03SELECTSelect model/torque recipe
04ENGAGEEngage spindle
Engineering data
ParameterDesign basis / published information
Control systemMitsubishi FX5u
HMIMitsubishi GT2000
ProcessSingle-station torquing
Typical torque envelope2–100 Nm, tool dependent
SpindleServo/electric torque spindle or smart fastening tool
ResultTorque/angle pass-fail
FixtureDedicated or flexible fixture
TraceabilityRecipe, result and cycle count
COMPLETE ENGINEERING PACKAGE

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Need the complete engineering package? Open the specification, datasheet and GA drawing. Final tooling, dimensions, cycle time and acceptance criteria are engineered around the customer's part and process.

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