INTERLOCK AUTOMATION & ROBOTICS

PRODUCT LINEUP

 A complete ecosystem of automation, robotics, AGVs, digital twin systems, energy optimization and industrial AI 

Engineered for next-generation cement factories.

6-Axis Palletizing Robot – Cement Bags

Parameter Typical Specification Notes
Application Palletizing 50 kg cement & powder bags End of rotary packer, inline or 90° layout
Payload Up to 50 kg per pick Single or twin-bag pick depending on pattern
Axes 6-axis articulated robot Industrial robot arm with controller
Reach 1.8 – 2.2 m horizontal Covers infeed conveyor + pallet station
Repeatability ±0.05 – 0.07 mm Model-dependent
Throughput 8 – 12 bags/min per robot Pattern, infeed and gripper design dependent
Gripper Bag clamp / hybrid bag gripper Custom-designed for cement bags
Protection IP65 arm, dust kit for cement Extra covers in heavy-dust zones
Safety Safety controller, scanners, fencing Complies with industrial robot safety standards
Integration PLC, packer signals, digital-twin system Real-time monitoring and diagnostics

7-Axis Palletizing & Lorry Loading Robot

Parameter Typical Specification Notes
Application Extended-reach palletizing & direct lorry loading Truck bay or dock loading areas
Axes 7-axis articulated robot Extra axis for reach and obstacle avoidance
Payload 30 – 60 kg per pick Depends on robot model and reach
Horizontal reach Up to ~3.0 m Can reach deep into lorry body
Vertical reach Floor to lorry deck / high pallets Mounted on base or gantry if required
Position feedback Lorry position sensors & laser markers Adapts pattern to different truck models
Safety 3D scanners, safety zones, E-stops Safe operation around truck & operators
Integration Packer conveyors, diverters, yard system Connected to plant SCADA / digital twin

Packing Line Automation – Rotary Packer & Bag Flow

Subsystem Typical Specification Notes
Rotary packer 8–12 spout cement packer, 50 kg bags Existing or new machines supported
Bag discharge High-speed belt + alignment conveyors Smooth transfer to check-weigher & robot
Check-weigher ±0.5 kg accuracy at full speed Integrates with AI chamber & reject
Reject system Automatic push-off or diverter For under/over weight or damaged bags
Control system PLC + safety PLC where required Interlocks with robots, AGVs & packer
Data Bag count, tonnage, downtime, alarms Sent to digital twin dashboards

AGV Forklifts – 1 to 4 Ton Capacity

Parameter Typical Range Notes
Capacity classes 1.0 t · 1.5 t · 2.5 t · 4.0 t Standard pallet & jumbo-bag handling
Lift height 3.0 – 6.0 m Single or double mast options
Navigation Laser SLAM / natural feature Optional markers or QR codes in tough areas
Speed Up to 1.5 m/s Limited by safety and site layout
Position accuracy ±10–20 mm at pallet stations For auto pick/place at conveyors & racks
Battery type Lithium-ion traction pack Fast charge, long life
Runtime per charge 8–16 hours (typical duty cycle) With opportunity charging strategy
Safety devices 360° laser scanners, bumpers, blue lights, audible alarm Meets industrial AGV safety requirements
Fleet management Central traffic & mission manager Interfaces with WMS / yard & digital twin

Collaborative Robots (Cobots)

Parameter Typical Range Notes
Payload 3 – 20 kg Light pick-and-place, case packing, QA
Reach 0.8 – 1.3 m Model dependent
Axes 6-axis cobot arm Multi-directional reach
Safety Force-limited joints, monitored stop, safe speed Designed to work close to people
Programming Graphical interface & hand-guiding Optional offline programming
Mounting Table, floor or mobile base Quick redeployment between lines
Integration Vision systems, labelers, conveyors Connected to PLC or standalone

Lorry Loading Automation – Cement Bags

Subsystem Typical Specification Notes
Infeed conveyor High-speed bag conveyor from palletizing / packer With metal detectors & bag alignment
Diverter / sorter Motorized diverter to multiple loading bays Selectable truck lanes
Truck position sensing Laser scanner / photo sensors Ensures correct loading position
Robot loading 7-axis bag-loading robot(s) Custom patterns inside truck body
Operator interface Digital-twin tablet with truck ID, bag count & status Real-time progress for dispatch office
Safety Safety scanners, E-stops, safe zones around trucks Interlocks with gate barriers & truck brakes

AI Quality-Control Chamber – Bag Inspection

Parameter Typical Specification Notes
Inspection type Surface damage, leakage, print & label checks Computer vision / AI models
Weight check Integrated check-weigher, ±0.5 kg @ full speed Rejects over/under weight bags
Cameras 2–6 industrial cameras (top & sides) High-speed synchronized capture
Lighting Enclosed LED lighting with glare control Stable images in dusty environments
Processing unit Industrial PC or edge AI module On-prem inference with remote updates
Throughput Matches packer speed (e.g. up to 2,400 bags/hr) No stop-and-go required
Data logging Defect images, reason codes, statistics Sent to digital twin & QC reports

Nemotech Bag Shooter – Automatic Valve Bag Applicator

Parameter Typical Specification Notes
Compatible bag type Paper / PP valve bags, 50 kg (other sizes on request) Single- or multi-ply valve sacks
Bag dimensions Typical width 450–550 mm · length 720–950 mm Exact range depends on model and change parts
Magazine capacity Up to 250–400 bags per magazine Side-loading for easy refilling
Max. speed Up to 2,400–3,000 bags/hour (per line) Matched to rotary packer output
Bag transfer method Vacuum pick-up + mechanical shooting head Positive placement on each spout
Packer interface Synchronised with rotary packer PLC / encoder Adjustable timing for each spout
Air supply Clean, dry compressed air, ~6–7 bar Consumption depends on speed and configuration
Power supply 3-phase, 380–480 V, 50/60 Hz Control panel with VFDs & PLC

Robot-Arm Bag Inserter – Automatic Valve Bag Placement

Parameter Typical Specification Notes
Robot type 4- or 6-axis industrial robot Model selected based on reach & speed
Payload 5–15 kg Enough for single valve bag + gripper
Reach 1.2 – 1.8 m Covers bag magazine and packer spouts
Bag type / size Paper / PP valve bags, 25–50 kg range Gripper fingers / suction cups tailored to bag
Magazine Stationary or indexable magazine, 200–300 bags Refilled from pallet or bundle
Cycle time As low as 1.0–1.5 s per bag (optimised) Supports high-speed rotary packers
Placement accuracy ±2–3 mm at spout position Ensures full seal on valve
Bag detection Vacuum sensors + optional 2D camera Checks bag pick quality & orientation
Packer synchronisation Encoder / trigger from packer PLC Robot tracks spout position in real time
Safety Safety controller, light curtains / scanners, fencing Safe area around robot & maintenance doors
Integration Full interface with packer, conveyors & digital twin Bag count, OEE, alarms and maintenance data logged

DIGITAL TWIN TECH SPEC

Parameter Typical Specification Notes
System purpose Real-time 3D/2D monitoring of robots, AGVs, packers, conveyors, QC and loading systems Centralised view of full dispatch & packing operations
Data sources PLC tags, SCADA, AGV fleet manager, AI cameras, weighing systems, sensors Supports OPC-UA, Modbus TCP, MQTT, REST API
Refresh rate 100–500 ms for machine status, 1–3 s for motion assets Low latency using edge gateway
3D visualisation Digital twin model of packer, robot cells, conveyors, staging, warehouse & loading bays Matches real plant layout & coordinates
KPI dashboard OEE, tons/hour, bags/min, queue time, truck turnaround, downtime & alarm logs Shift-wise & grade-wise reporting
AI insights Predictive alerts for bottlenecks, QC deviations, slow cycles & AGV delays Rules-based + ML models available
User interfaces Web UI, tablet UI, large display for control room Role-based access for GM, dispatch, QC, maintenance
Server requirements Industrial PC / server with 16–32 GB RAM, SSD, optional GPU On-premise or cloud deployment
Security Encrypted comms, ACL, audit logging, gateway isolation Supports plant cybersecurity standards
Integration Fully linked with packer PLC, robot inserter, shooter, palletizer, AGV and lorry loading OEE, bag count, QC, alarms all logged centrally

PLC & Electrical Control Panel – Technical Specifications

Parameter Typical Specification Notes
PLC brand / model Siemens S7-1500 / Allen-Bradley CompactLogix Selection based on client standard
I/O capacity 200–600 digital / analog I/O per line Expandable modular cards
Communication Profinet, Ethernet/IP, Modbus TCP, OPC-UA Used for SCADA, robots, AGV integration
Safety system Safety PLC + SIL2/SIL3 safety relays Light curtains, area scanners, E-stops
HMI 7–15” touchscreen interface Bag recipes, alarms, manual controls
Ingress protection IP54 / IP55 rated panels Suitable for cement plant dust conditions
Power supply 24VDC control, 415VAC main Surge protection & isolation included
Cable management Industrial cable trays, armored field cables Noise-protected routing for sensors
Monitoring Panel temperature, power status, IO diagnostics Data forwarded to digital twin

Palletizing & Warehouse Automation

Subsystem Typical Specification Notes
Pallet feed Automatic pallet dispenser, 15–25 pallet capacity Supports wooden & plastic pallets
Bag pattern 3-2, 4-3 or custom patterns Approx. 10 layers = 50 bags / 2.5 t
Pallet wrapping Automatic stretch wrapper with top sheet option Dust and rain protection for dispatch
Pallet labelling Barcode / QR label printer & applicator For WMS & truck traceability
Staging area Motorized or gravity roller conveyors Handover to AGV forklifts or manual forklifts
Warehouse integration AGV routes, rack positions, WMS link Full digital-twin visibility of stock

Conveyors & Diverters – Technical Specifications

Parameter Typical Specification Notes
Conveyor type Belt conveyor for bags / pallet conveyors for wrapped pallets Custom length & width
Material Steel frame with rubber belt or PVC belt Dust-resistant structure
Motor / drive 0.75–2.2 kW motors with VFD control Speed adjustable for flow balancing
Speed 20–45 m/min (bags) Matches packer discharge rate
Bag sensors Photoelectric / ultrasonic sensors Detect bag count & spacing
Diverter type Pneumatic pusher / swing-arm diverter Directs bags to QC or reject line
Reject mechanism Pneumatic kicker / air blast Linked to AI QC chamber
Safety Emergency pull cord + guards Conforms to conveyor safety norms
Integration Fully controlled via PLC & linked to digital twin Bag flow visible in real time

Green Energy System – Solar, Battery & AI Optimization

Subsystem Typical Specification Notes
Solar PV Rooftop / ground-mount, scalable 250 kWp – 5 MWp+ Designed for plant roof, warehouses and yards
Battery storage Battery energy storage system (BESS), 250 kWh – 5 MWh Supports AGVs, robots and plant loads
Inverters String / central inverters with plant SCADA interface Grid-tied, hybrid or islanded modes
Monitoring Real-time dashboards for generation, consumption & SOC Integrated into digital twin platform
AI optimisation Algorithms for load shifting & peak shaving Optimises energy cost per ton of cement dispatched
ESG & reporting CO₂ reduction, kWh/ton and savings reports Supports ESG and sustainability reporting

System Safety & Compliance – Technical Specifications

Parameter Typical Specification Notes
Safety category CAT3 / CAT4 according to ISO 13849 Robot & AGV zones separately certified
Robot safety Light curtains, area scanners, safety PLC Automatic stop on intrusion
AGV safety 360° LiDAR, bumper sensors, warning beacons Safe stop zones & route monitoring
Electrical safety MCCB, MCB, E-stop, overload protection All panels comply with IEC 60204
Documentation Risk assessment, SOP, lockout-tagout procedures Provided for entire automation line
Audits Annual safety audit recommended Digital twin logs all events

Ready to modernize your packing, palletizing & dispatch operations?

Share your current challenges — rotary packer issues, palletizer upgrades, AGV automation needs, AI QC requirements or energy optimization.

Our engineering team will design a complete Automation 4.0 roadmap tailored for your plant.

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