About This Product

The Weighing Scale Pallet Truck combines manual pallet movement, hydraulic lifting, and digital weight measurement in one mobile unit. It allows an operator to lift a pallet clear of the floor, verify its weight at the point of handling, and move it without first transferring the load to a fixed weighing station. This makes the equipment particularly relevant to receiving, production, inventory, packaging, and dispatch workflows where pallet weights must be checked regularly.

Integrated Handling Principle

Manual pumping of the tiller handle pressurizes the hydraulic system, causing the forks to rise and support the palletized load. Scale load cells integrated into the load-supporting structure measure the applied weight, while the digital indicator provides gross, net, and tare information. The scale is powered by a rechargeable battery with AC charging, so no external electrical connection is required while the truck is being moved.

Point-Of-Use Weighing

Mobile weighing enables weight verification to take place where material is already being received, stored, issued, or dispatched. A pallet can therefore remain within its normal handling path instead of being diverted to a separate floor scale, reducing repeated pickup and set-down operations. This arrangement supports faster stock checks, production material recording, and shipment verification while conserving space otherwise allocated to a fixed weighing station.

Suitable Operating Environment

The truck is intended primarily for indoor industrial use on smooth, level floors with adequate aisle and turning clearance. Stable flooring and uniform load distribution are important because inclination, vibration, or an off-centre pallet can affect both maneuverability and weighing consistency. Typical operating locations include warehouses, manufacturing plants, packaging areas, receiving bays, controlled production environments, and dispatch staging zones.

Application Fit

This equipment is best suited to moderate-frequency workflows where manual hydraulic operation remains practical and combined transport and weighing provide a clear process advantage. It is not intended to replace powered pallet trucks for long-distance, high-cycle travel, nor is it designed for stacking pallets at elevated storage levels. Facilities handling loads near the upper rated capacity, operating in narrow aisles, or requiring weight-data integration should obtain an application review before configuration.

Applications

Inbound Goods Verification

At receiving docks, the truck can collect an incoming pallet, raise it sufficiently for clear floor separation, and display its weight before the load enters storage or production. Operators can compare the reading with shipment documents, purchase records, or expected material quantities without routing the pallet through a separate scale. This supports quicker identification of weight discrepancies and reduces congestion around centralized weighing points.

Warehouse Pallet Movement

Within warehouses, the equipment supports short-distance movement between receiving, staging, storage, order preparation, and dispatch areas. Palletized stock can be weighed during cycle counting or location verification, allowing warehouse teams to use weight as an additional inventory control reference. Configurable fork dimensions help align the truck with the pallet sizes and entry arrangements used at the facility.

Production Material Weighing

Manufacturing teams can use the truck to transfer raw materials, component kits, or batch materials to production while recording the weight at the point of issue. This is useful where material consumption, batch preparation, or work-order allocation depends on confirming the quantity moved. The same truck can return unused material to storage and provide a revised weight for inventory reconciliation.

Work-In-Progress Transfer

Machined parts, fabricated assemblies, production kits, and other work-in-progress loads often move between workshops or process stages on pallets. The integrated scale allows the load to be checked without interrupting the transfer for a separate weighing operation. This can support production coordination, batch traceability, and material balance activities where weight records form part of internal process control.

Dispatch Weight Checking

In packaging and dispatch areas, completed pallets can be weighed before staging, documentation, or vehicle loading. Gross, net, and tare functions help operators distinguish product weight from pallet or packaging weight when the workflow requires that information. Point-of-use verification can also help detect incomplete, overpacked, or incorrectly assembled pallet loads before they leave the facility.

Inventory Cycle Counting

Weight-based stock verification can complement visual counts where products, cartons, or production materials have known unit or batch weights. The truck enables warehouse personnel to approach stored pallets, obtain a reading, and record the result during routine cycle-counting activities. Accuracy still depends on correct tare practices, stable load positioning, scale calibration, and appropriate interpretation of the measured weight.

Finished Goods Handling

Finished goods pallets can be moved from production or packaging into staging and storage while their weight is confirmed during the same handling sequence. This supports carton loads, packaged goods, automotive components, pharmaceutical shipments, and other palletized products within the truck's rated capacity. For high-frequency dispatch operations or long travel routes, a powered handling alternative may be more appropriate and should be assessed alongside the weighing requirement.

Packaging Material Control

Packaging departments can use the truck for moving and weighing cartons, containers, wrapping supplies, and other palletized consumables. Weight readings can support material issue records and provide an indication of remaining stock without unloading the pallet. The compact, mobile arrangement is useful where packaging zones have limited space for dedicated weighing equipment.

Benefits

Fewer Handling Steps

Combining pallet transport with weight measurement removes the need to repeatedly move loads onto and off a separate scale. Each avoided transfer reduces handling interruptions and the opportunities for pallet or product damage. The benefit is especially relevant in receiving, production supply, cycle counting, and dispatch processes where weighing occurs repeatedly.

Improved Inventory Control

Immediate gross, net, and tare readings give operators usable weight information at the point where stock is received, issued, returned, or dispatched. This can improve the quality of inventory records when scale readings are incorporated into established documentation procedures. Reliable results depend on periodic calibration, correct pallet tare values, stable flooring, and consistent load placement.

Better Space Utilization

Because weighing capability travels with the pallet truck, a facility may reduce its dependence on dedicated floor space for a fixed scale and its approach lanes. The mobile unit can be stored in a designated handling or charging area when not in use. This is particularly valuable in compact warehouses, packaging departments, and production areas where material flow space is limited.

Flexible Workflow Deployment

The manually operated truck can be deployed across several nearby work areas without requiring a powered travel system or a fixed weighing installation. Fork size, wheel material, scale indicator arrangement, and finish may be selected according to the pallet geometry and operating environment. This flexibility allows one product concept to support different receiving, storage, production, and dispatch requirements.

Controlled Manual Handling

An ergonomic tiller supports steering, hydraulic pumping, and controlled maneuvering around pallet handling areas. Controlled lowering, a parking brake, a tiller return mechanism, overload warning, and steering wheel foot guards address common operational hazards when used with proper procedures. These features support safer load control but do not replace operator training, floor housekeeping, or compliance with the rated capacity.

Technical Highlights

Capacity And Weighing Range

Available rated capacities extend from 2,000 kg to 2,500 kg, with the selected rating determined by the maximum pallet weight and an appropriate operating margin. The weighing range is 20 kg to 2,500 kg depending on capacity, with scale graduation from 0.5 kg to 1 kg. Weighing accuracy is typically within ±0.1% of the applied load under suitable operating, calibration, floor, and load-distribution conditions.

Manual Hydraulic Lift

The lift system converts manual pumping effort at the handle into hydraulic pressure within the cylinder assembly. This pressure raises the forks from a lowered height of 75 mm to 85 mm to a raised height of 190 mm to 205 mm, depending on configuration. The lift range is intended to clear pallets for floor transport and weighing rather than to stack them at elevated storage positions.

Digital Scale System

Load cells sense the force applied through the fork structure and transmit measurement data to the digital indicator. The control interface supports gross, net, and tare readouts, allowing the displayed value to be adapted to different pallet and packaging workflows. A rechargeable battery with AC charging powers the weighing electronics, while error alerts and overload indication assist the operator in recognizing abnormal conditions.

Fork And Chassis Geometry

Heavy-duty fabricated steel forks provide the load interface for standard pallet handling within the selected rating. Fork length can range from 1,150 mm to 1,220 mm, while overall fork width can range from 550 mm to 685 mm. Final dimensions should be selected by checking pallet entry openings, load support, turning space, and compatibility with the facility's pallet fleet.

Wheel Configuration Options

Polyurethane, nylon, and rubber wheel materials are available to suit different floor and operating priorities. Polyurethane can support low-noise movement and floor protection, nylon offers low rolling resistance on smooth surfaces, and rubber can provide additional traction where floor conditions require it. Wheel selection should also consider load frequency, debris exposure, maneuvering effort, and acceptable noise levels.

Operational Safety Features

The supported safety arrangement includes overload warning, controlled lowering, a parking brake, a tiller return mechanism, and steering wheel foot guards. These elements help manage excess loading, sudden descent, unintended movement, handle position, and operator foot exposure. Safe performance still requires inspection before use, stable pallet placement, appropriate travel speed, and correct operator technique.

Configurable Equipment Finish

A galvanized or other corrosion-resistant finish may be specified for humid, washdown-adjacent, or chemically demanding locations, subject to application evaluation. Equipment color and company branding may also be customized for fleet identification or facility standards. These options should not be assumed to convert the truck into outdoor or rough-terrain equipment, as its primary design remains for indoor use on smooth, level floors.

Industries Served

Warehousing And Distribution

Distribution facilities handle inbound pallets, storage stock, order-preparation loads, and completed dispatch consignments across several operational zones. The truck can weigh pallets during receiving, cycle counting, staging, or dispatch while also completing the required short-distance movement. This reduces diversions to fixed scales and supports more orderly use of warehouse floor space.

Manufacturing And Engineering

Manufacturing and engineering plants regularly move raw material pallets, machined parts, fabricated assemblies, tooling sets, component kits, and work-in-progress loads. Integrated weighing can support material issue, production batch verification, interdepartmental transfer, and finished goods recording. Fork geometry and wheel material can be selected to suit plant pallets, workshop floors, and the available maneuvering space.

Automotive Components

Automotive component operations use palletized engine parts, assembly kits, fixtures, tooling, and finished components to supply production and dispatch areas. The truck can verify kit or pallet weight while moving these loads between stores, workstations, staging areas, and shipment preparation zones. Point-of-use measurement helps maintain organized component flow without adding a separate transfer solely for weighing.

Food And FMCG

Food processing and FMCG workflows involve carton pallets, packaged goods, crates, production materials, and packaging supplies moving between production, storage, and dispatch. Mobile weight verification can support batch handling, finished-goods checks, packaging material control, and shipment preparation. Environmental conditions must be assessed carefully, particularly where humidity, chemicals, or washdown-adjacent operation may justify a corrosion-resistant finish.

Pharmaceutical Operations

Pharmaceutical facilities can apply the truck to packaged products, secondary packaging, carton pallets, production supplies, and dispatch loads in controlled internal workflows. Weight checks can assist production material issue, inventory cycle counting, packaging verification, and shipment staging. Selection should consider cleanliness procedures, environmental controls, pallet compatibility, and the required calibration and documentation practices.

Packaging And Retail Logistics

Packaging and retail logistics operations frequently consolidate cartons and finished goods into pallet loads before storage or dispatch. The truck can move packaging consumables, verify completed pallet weights, and support stock checking in compact preparation areas. Gross, net, and tare functions are particularly useful where pallet and packaging weight must be distinguished from the goods being shipped.

E-Commerce Fulfillment

E-commerce fulfillment centers move inbound merchandise, replenishment stock, consolidated orders, and dispatch pallets through receiving and staging areas. A weighing scale pallet truck can support exception checking and pallet-level verification without occupying a permanent weighing lane. Where the facility requires continuous high-cycle travel, the manual operating model should be evaluated against powered alternatives.

Logistics And Cross-Docking

Logistics and cross-docking facilities rely on rapid movement between receiving, temporary staging, and outbound loading areas. The truck can verify inbound or dispatch pallet weight while keeping the load within its normal transfer path. Suitability depends on travel distance and cycle frequency, because intensive, long-distance handling may be better served by powered equipment.

Why Choose NIO Equipment

Application-Focused Engineering

Nio Equipment approaches selection by examining the load, pallet geometry, weighing workflow, floor condition, travel route, and operating environment. This is important because capacity alone does not establish whether a weighing scale pallet truck will deliver safe handling and dependable measurements. Requirements near 2,500 kg, very narrow aisles, unusual pallets, or high-frequency operation can be reviewed before the equipment is specified.

Configurable Pallet Interface

Fork length and overall width can be configured within supported ranges to align with facility pallets and entry arrangements. Capacity rating, wheel material, and scale indicator layout can also be selected according to the operating task and operator visibility requirements. Nio Equipment can therefore match the truck more closely to the intended workflow rather than treating pallet dimensions and floor conditions as secondary considerations.

Manufacturing And Fabrication Capability

Nio Equipment combines material handling specialization with in-house manufacturing and fabrication capability in Pune, Maharashtra. This supports coordinated consideration of the steel fork structure, hydraulic mechanism, weighing arrangement, controls, and project-specific finish. Optional galvanized or corrosion-resistant treatment and branded color finishes may be incorporated when supported by the application review.

Workflow Integration Support

Industrial buyers often need more than a nominal capacity and fork size; they need equipment that fits receiving, production, inventory, or dispatch procedures. Nio Equipment can assess scale indicator placement, weight-recording requirements, charging access, maneuvering constraints, and the role of the truck within the wider material flow. Applications requiring inventory-system integration or specialized data capture should be discussed as engineered requirements rather than assumed standard functions.

Lifecycle Service Support

Nio Equipment provides installation, commissioning, and after-sales support across India for its industrial material handling equipment. Support can include operating-condition review, commissioning checks, operator familiarization, and guidance for hydraulic maintenance, scale calibration, battery care, and safety-device inspection. This lifecycle approach helps procurement and maintenance teams plan for reliable use beyond the initial equipment purchase.

Installation Guide

Site And Workflow Assessment

Although the truck does not require a fixed foundation or pit, its intended operating route should be assessed before deployment. The review should cover receiving points, pallet pickup locations, weighing positions, travel distances, aisle widths, turning areas, and storage arrangements. A powered pallet truck or another handling solution may be preferable where routes are long, cycles are frequent, or floor conditions are unsuitable for manual travel.

Floor And Clearance Requirements

Smooth, level flooring is important for safe maneuvering and dependable scale readings. The floor should be free of significant slopes, loose debris, severe joints, potholes, and obstacles that could disturb the load or impose shock on the load cells. Clearance checks should include fork entry, pallet overhang, operator standing space, turning radius, and safe separation from racks, walls, machinery, and pedestrian routes.

Pallet Compatibility Review

Before configuration, the buyer should confirm pallet length, width, entry height, opening arrangement, load distribution, and maximum loaded weight. Fork dimensions within the available 1,150 mm to 1,220 mm length and 550 mm to 685 mm overall width ranges should be matched to these details. Requirements outside those ranges need project-specific engineering assessment rather than an assumption of standard compatibility.

Charging And Storage Provision

A suitable AC power source is required for charging the scale battery, but the manual hydraulic lift itself needs no external power connection. The charging and storage area should be dry, accessible, protected from traffic damage, and arranged so cables do not create trip hazards. Space should also be available for battery access, equipment cleaning, scale inspection, and routine hydraulic maintenance.

Environmental Configuration

Standard operating conditions favor an indoor environment with moderate humidity, controlled ambient conditions, and limited dust or chemical exposure. Humid, washdown-adjacent, or chemically aggressive applications should be reviewed for a corrosion-resistant finish and suitable maintenance provisions. Wheel material should be selected according to floor hardness, rolling resistance, traction, noise, and the presence of contaminants.

Commissioning And Verification

Commissioning should include inspection of the hydraulic lift, controlled lowering, parking brake, tiller return function, wheels, indicator, battery, and electrical connections. The scale should be checked using an appropriate verification method on a stable surface, with correct zero and tare operation confirmed before production use. Operators should then receive instruction covering load limits, weighing technique, charging, daily checks, and response to warnings or abnormal readings.

Maintenance Guide

Pre-Use Condition Checks

Routine inspection should identify visible damage, fluid leakage, loose components, wheel obstruction, fork deformation, and contamination around the weighing system. The operator should confirm that the display activates correctly, the truck returns to zero when unloaded, and controls respond as expected. Any abnormal noise, erratic movement, unstable reading, or difficulty lifting should be reported before the truck is returned to service.

Hydraulic System Care

Hydraulic oil condition, seals, cylinder components, and accessible connections should be inspected periodically according to operating conditions and the equipment documentation. Leakage or damaged seals can reduce lift performance and create unsafe or unclean floor conditions. Pivot points and designated moving joints should be lubricated appropriately to preserve smooth pumping, steering, and lowering action.

Scale And Battery Maintenance

Calibration checks are necessary because accurate weighing depends on the condition of the load cells, indicator, wiring, and battery supply. Load-cell areas and the display should be kept clean without using methods that could damage sensitive components or force contamination into the mechanism. Battery charge level, charger condition, terminals, and electrical connections should be monitored, with calibration frequency based on usage, environment, and manufacturer guidance.

Wheels And Structure

Steering and load wheels should be checked for flat spots, cracking, embedded debris, excessive wear, and free rotation. Forks, welds, chassis members, handle components, and fasteners require periodic examination for deformation, looseness, impact damage, or corrosion. Structural defects can affect both load support and weighing consistency, so repairs should use approved procedures rather than unauthorized straightening or modification.

Safety Device Inspection

The parking brake, overload warning, controlled lowering function, tiller return mechanism, steering wheel foot guards, and any configured control options should be tested periodically. A device that does not operate correctly should not be bypassed to keep the truck in production. Maintenance work should be performed with the forks lowered, the load removed, and the equipment isolated from unintended use and battery charging as appropriate.

Safety Guide

Operator Training Requirements

Only trained personnel should operate the truck, interpret the digital scale, apply tare settings, and respond to overload or error indications. Training should cover manual pumping, steering, controlled lowering, parking, battery charging, and safe movement around pedestrians and fixed equipment. The truck is designed for palletized goods and must never be used to transport or elevate personnel.

Capacity And Load Control

The pallet and its contents must remain within the selected rated capacity of 2,000 kg to 2,500 kg. Operators should place the forks fully under a compatible pallet and ensure the load is stable, centered, and distributed as uniformly as practical. An overload warning provides an important alert, but it does not justify testing loads of unknown or potentially excessive weight.

Safe Weighing Practice

Weight readings should be taken with the truck stationary on a smooth, level surface and the pallet clear of external supports. Vibration, movement, floor slope, contact with racks, and uneven load placement can affect the displayed result. The parking brake should be applied where appropriate, and the operator should wait for a stable indication before recording the weight.

Controlled Travel And Lowering

Travel speed should remain appropriate for the load, visibility, floor condition, aisle width, and pedestrian activity. Operators must keep feet clear of the wheels and forks, avoid sudden direction changes, and use additional assistance where the load obstructs the travel path. Controlled lowering should be used to set the pallet down smoothly without trapping feet, contacting obstacles, or destabilizing the goods.

Operating Environment Limits

The truck should be used indoors on level, smooth floors and should not be taken onto rough terrain or unsuitable outdoor surfaces. Slopes, broken floors, significant debris, and uncontrolled moisture can affect steering, braking, stability, and weighing accuracy. Applications involving chemicals, persistent humidity, or washdown-adjacent areas require an environmental review and may require a corrosion-resistant finish.

Maintenance Safety Controls

Inspection or repair must begin with the pallet removed and the forks placed in a safe lowered position. The truck should be secured against movement, and the scale battery or charger should be isolated where electrical work is involved. Safety devices and structural components must not be altered, bypassed, or replaced with unsuitable parts without authorization and engineering review.