We bridge the gap between heavy structural mechanical engineering and precision digital instrumentation. From bulk materials receiving to finished product bagging, our turnkey systems eliminate production bottlenecks, reduce material giveaway, and integrate directly with your central ERP.
Every facility presents unique thermal, corrosive, geometric, and material flow dynamics. Our engineering team designs custom mechanical structures and control logic to match your precise operational parameters.
UP TO 2,500 TPH
Complete plant-floor conveyance architectures engineered to transfer high-abrasion ores, cement clinker, coal, aggregates, and agricultural grains without material spillage, transfer chute clogs, or premature belt fatigue.
The Engineering Problem Solved: Eliminates catastrophic plant shutdown caused by belt slippage, misaligned take-ups, and tramp iron damage via integrated dynamic monitoring and FEA-verified structural trusses.
±0.25% OIML R50 ACCURACY
Closed-loop gravimetric feed control systems that accurately measure and regulate continuous mass flow into rotary kilns, ball mills, extruders, and continuous reactors with real-time digital drift compensation and high dynamic repeatability.
The Engineering Problem Solved: Prevents recipe drift and uncontrolled kiln overheating by replacing inconsistent volumetric feeding with true mass-flow dynamic loss-in-weight and belt-scale regulation.
UP TO 500T PER SILO
Transform outdoor bulk storage silos, raw material bins, and chemical slurry tanks into live, accurate inventory weighing assets. Built-in thermal expansion compensation and wind-load restraint hardware eliminate vessel tipping hazards while feeding continuous inventory telemetry to your ERP.
The Engineering Problem Solved: Overcomes inaccurate ultrasonic/radar level readings caused by material bridging, rat-holing, and bulk density variations by measuring true gravitational mass directly.
±0.1% FORMULA ACCURACY
Fully automated recipe formulation and chemical batching stations capable of dosing micro and macro dry powders, liquids, and granules with dual-stage coarse/fine dosing valves, pneumatic vibratory assist, and anti-contamination cross-clean purging.
The Engineering Problem Solved: Eliminates human operator measuring mistakes, operator exposure to hazardous dusts, and batch-to-batch inconsistency that causes high scrap rates.
< 45 SEC PER VEHICLE
Eliminate operator fraud, long vehicle queues, and manual ticketing errors with 100% driver-operated unmanned weighbridge automation combining long-range UHF RFID readers, ANPR cameras, infrared position-verification curtains, automated boom barriers, and self-service outdoor thermal kiosks.
The Engineering Problem Solved: Prevents weight manipulation, axle bridging, double-ticketing, and security leakage while cutting truck turnaround times from 8 minutes down to under 45 seconds.
SIEMENS & ALLEN-BRADLEY
Upgrade aging relay logic and obsolete PLCs with modern Siemens S7-1500 or Allen-Bradley CompactLogix architecture. We provide intuitive multi-touch HMIs, plant-wide web SCADA telemetry, automated alarm notification, and secure remote VPN engineering diagnostics.
The Engineering Problem Solved: Rescues manufacturing lines from catastrophic downtime caused by discontinued legacy hardware with zero-downtime, pre-tested hot cutovers.
Most vendors assemble off-the-shelf catalog parts. Goodall engineers total solutions built to withstand heavy dynamic vibrations, severe monsoons, and corrosive chemical washdowns.
| Engineering Metric | Standard Commercial Scale Assemblers | Goodall Turnkey Engineered Solutions |
|---|---|---|
| Structural Steel & FEA Design | Light generic channel steel; prone to structural sag and load cell binding | Heavy-gauge IS 2062 Grade-B steel with Finite Element stress simulation |
| Instrumentation Ingress Rating | Basic IP65/IP67 rated sensors that fail during Kerala monsoon downpours | Hermetically laser-welded IP68 / IP69K stainless steel with potted junction seals |
| Dynamic Signal Filtering | Simple mathematical averaging; susceptible to belt bounce and motor harmonic vibration | Multi-stage digital signal processors with adaptive FIR/IIR harmonic vibration dampening |
| Control & ERP Integration | Isolated weight indicators requiring manual ticket typing and prone to fraud | Native PLC / SCADA integration with automated bidirectional REST APIs for SAP, Oracle & Tally |
| Statutory Metrology Certification | Customer left to navigate legal weights & measures inspectors independently | Full turnkey legal-for-trade calibration, verification stamping, and documentation included |
| After-Sales Engineering SLA | Third-party outsourced technicians with slow multi-day response times | In-house mobile field engineers with calibrated mobile test rigs and 24/7 emergency dispatch |
From the initial dimensional laser survey to factory pre-assembly and SAT sign-off, every Goodall system adheres to a rigorous 5-phase engineering lifecycle.
Physical dimensional audit, vibration spectrum analysis, material flow characteristics, and plant electrical environment assessment.
SolidWorks 3D mechanical modeling, finite element structural stress analysis, EPLAN electrical schematics, and PLC logic architecture.
Precision laser-cutting, CNC bending, automated welding, panel wiring, and rigorous Factory Acceptance Testing under simulated full load.
On-site mechanical erection, sensor cabling, PLC loop testing, dynamic material calibration, and legal metrology verification stamping.
Quarterly preventive calibration with traceable test weights, remote telemetry diagnostics, and guaranteed on-site rapid response.
Every turnkey solution handover includes complete engineering documentation to empower your maintenance engineers and simplify compliance audits.
Dimensioned General Arrangement drawings, load reaction data sheets, and anchor bolt templates for civil foundation contractors.
Fully referenced electrical schematics, panel layout diagrams, loop drawings, and comprehensive terminal strip wiring schedules.
Commented IEC 61131-3 PLC ladder code, HMI graphical project archives, and communication tag databases provided without proprietary lockouts.
Official Legal Metrology verification certificates, NABL-traceable test weight calibration reports, and FAT/SAT acceptance protocols.
Our senior systems architects will review your P&ID, mechanical drawings, or plant bottleneck free of charge and provide an actionable, cost-effective engineering proposal within 48 hours.
