PROBITERS INDUSTRIAL COMMAND CELL REF CODE: PRO-SPM-2026
✓ NABL / CE CERTIFIED ARCHITECTURE
Vertical Crimper (Dover/PCA)
Control Engine Siemens / Mitsubishi
Delivery Guarantee Production-Ready

Vertical Crimper (Dover/PCA)

Precision vertical crimping station for composite insulator fittings.

Control systemSiemens S7-1200 (CPU 1214C)
HMIProface / Indusoft
ProcessVertical crimp — Dover/PCA type fittings
DutyContinuous production
After-sales support3 months free, until production-ready
Typical quote turnaround3–5 working days
Target Plant Applications:
Polymer arrester manufacturersComposite insulator fittings
FIELD-PROVEN CASE STUDY • Sanand Industrial Estate, Gujarat

400kV High Voltage Composite Insulator Plant

PROBITERS ROI: 4.8 Months PAYBACK
❌ Competitor Machine Pitfalls

Low-cost competitor crimpers suffered hydraulic pressure drift, leading to 14.2% crimp joint slippage failures under 160 kN tensile loads. Mechanical deflection created uncalibrated crimp depth and 3-week repair delays due to unresponsive supplier support.

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

Probiters 6-Jaw Synchronized Radial Swaging Cell featuring a rigid Meehanite frame, Siemens S7-1200 closed-loop load cell feedback, real-time pressure-vs-displacement graphing, zero-leakage manifold, and 100% pre-dispatch FAT sign-off.

Support Commitment:
24/7 IoT PLC Remote Tele-Diagnostics & 24h On-Site Engineer Guarantee
✓ Verified Financial Outcomes & ROI
Payback Period 4.8 Months
Annual Savings ₹14.8 Lakhs / yr
CRIMP SLIPPAGE SCRAP 14.2% Reduced to 0.02% +220% Shift Capacity (18s Cycle)
"The Probiters Vertical Crimper eliminated crimp slippage rejections entirely on our 400kV export line. The investment paid for itself in less than 5 months."
Get Custom ROI Proposal →
Engineering Enrichment

Machine Engineering Dossier

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

Request Machine Proposal

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.

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

Vertical crimping cell for controlled attachment of fittings to composite insulator assemblies.

A production-oriented vertical crimping machine designed around the controlled deformation of metal fittings onto composite insulator rods. The cell combines rigid tooling, positive part location, controlled crimping motion and interlocked sequencing so the operator repeats the same process cycle instead of relying on manual force and judgement.

Engineering problem: Crimp quality depends on alignment, tooling condition, process force and repeatable stroke. The machine converts these variables into a guided, interlocked production sequence and can be configured for recipe-based process parameters and in-process force/position checks.

Applications

Typical use

Composite insulator fitting assemblyElectrical power transmission componentsPolymer/metal interface crimpingHigh-repeatability production cells
Open product catalogue
Process architecture
01LOADLoad insulator rod and fitting into the dedicated fixture
02CONFIRMConfirm part presence, orientation and safety interlocks
03CLOSEClose fixture and establish controlled datum
04EXECUTEExecute programmed vertical crimping stroke
Engineering data
ParameterDesign basis / published information
ProcessVertical crimping — Dover/PCA type fittings
Control systemSiemens S7-1200 (CPU 1214C)
HMIProface / Indusoft
DutyContinuous production
Typical crimp force envelopeApprox. 50–500 kN, configured to fitting/tooling
StrokeTypically 100–400 mm, tooling dependent
Part locationDedicated changeable fixture / V-block or collet arrangement
MonitoringForce, position, part presence and cycle status
COMPLETE ENGINEERING PACKAGE

Need Full Technical Specifications & GA Drawings?

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.

View full specification