WEIGHING SYSTEMS FOR AEROSPACE PRODUCTION, TESTING & MAINTENANCE
Aerospace Weighing Solutions
Aerospace manufacturers, suppliers, research facilities, and maintenance operations rely on accurate, repeatable weight data for everything from small components, coatings, adhesives, and test samples to tooling, assemblies, cargo, and complete aircraft. Precision Scale & Controls supplies aerospace weighing equipment nationwide for production, research, quality control, inventory management, maintenance, repair, overhaul, and aircraft weighing.
Our team helps customers select and configure equipment around load size, capacity, readability, required performance, portability, installation surface, operating environment, workflow, data connectivity, and documentation needs. Solutions range from precision balances and workstation scales to high-capacity platforms, aircraft weighing systems, load cells, and custom measurement assemblies.
Precision Scale & Controls provides onsite installation, calibration, preventative maintenance, repair, and system integration throughout much of Missouri, Arkansas, Illinois, and Iowa. We help aerospace customers identify practical solutions aligned with their manufacturing, testing, maintenance, and quality-system requirements.
Where Accurate Weighing Supports Aerospace Operations
Dependable weight data supports component control, production visibility, testing, and aircraft maintenance.
Component & Material Measurement
Measure small parts, laboratory samples, coatings, adhesives, composite materials, and other production inputs.
✓ Support precision formulation and sample work✓ Verify components and production materials
✓ Improve repeatability across measurement tasks
Assembly, Kitting & Material Flow
Use weight data to count components, verify kits, manage assemblies, support production, and track materials through internal workflows.
✓ Count fasteners and small components✓ Verify kits and assembled products
✓ Support work-in-process and test records
Aircraft Weighing & Maintenance
Capture landing-gear loads and other weight data used during aircraft weighing, modification, and maintenance.
✓ Measure individual wheel or landing-gear loads✓ Support aircraft weight-and-balance calculations
✓ Provide data for maintenance records
Aircraft Weighing Systems
Aircraft weighing systems measure the load carried at individual wheel or landing-gear positions. These measurements can be used with approved aircraft information and procedures to determine total aircraft weight and support weight-and-balance calculations following maintenance, modifications, equipment changes, or other qualifying events.
Available configurations may include portable platform scales, ramp-style wheel scales, and load-cell-based systems. Equipment should be selected around aircraft size, wheel configuration, point loads, platform height, portability, operating surface, indication requirements, and the facility’s approved weighing procedures.
How It Helps
Analytical Balances
Analytical balances provide high-resolution measurement for aerospace research, material testing, formulation, and quality-control workflows. They are used to weigh small components, material samples, test coupons, powders, coatings, adhesives, sealants, and other materials where minor weight differences may affect testing or process results.
Precision Scale & Controls can help aerospace manufacturers, testing laboratories, and maintenance facilities select balances based on capacity, readability, repeatability, weighing-pan size, draft protection, vibration control, and documentation needs. Available configurations may connect with compatible printers, computers, and laboratory data systems.
How It Helps
Bench Scales
Bench scales provide compact, dependable weighing for components, subassemblies, production materials, and finished parts. They can be positioned at assembly stations, inspection areas, material-preparation workspaces, and other points where routine measurement supports production accuracy.
Equipment can be selected around capacity, readability, platform size, available space, production environment, and operator workflow. Depending on the application, configurations may include remote displays, printers, barcode devices, and connections to compatible production or reporting systems.
How It Helps
Counting Scales
Counting scales determine part quantities by comparing total weight with the weight of a known sample. This provides a faster, more repeatable way to count fasteners, connectors, precision components, hardware, and other uniform aerospace parts.
These systems support inventory checks, kitting, assembly preparation, order verification, and work-in-process tracking. Available features may include stored item data, barcode connectivity, printers, accumulation functions, and connections with compatible inventory systems.
How It Helps
Platform Scales
Platform scales provide flexible weighing for carts, crates, parts bins, tooling, components, and moderate-sized aerospace assemblies. Their open weighing surface accommodates loads that may not fit on a bench scale while supporting production, inspection, maintenance, kitting, and shipping workflows.
Precision Scale & Controls can help select platform scales based on load dimensions, capacity, readability, portability, available floor space, and operating environment. Configurations may include freestanding or mobile platforms, ramps, remote indicators, printers, and connections with compatible inventory or production systems.
How It Helps
Dimensioning & Shipping Systems
Dimensioning and shipping systems capture package dimensions and weight data for aerospace components, replacement parts, tooling, and outbound shipments. These solutions help shipping teams process cartons and irregularly shaped items while supporting carrier calculations, inventory records, and connected logistics workflows.
How It Helps
Floor Scales
Floor scales provide higher-capacity weighing for tooling, fixtures, containers, pallets, raw materials, and larger aerospace assemblies. These scales can support receiving, production, staging, storage, and shipping workflows where loads cannot be handled efficiently on smaller workstation scales.
Precision Scale & Controls can configure floor scale systems around load dimensions, required capacity, available space, traffic patterns, portability, and environmental conditions. Options may include ramps, low-profile platforms, remote indicators, mobile configurations, and compatible data connections.
How It Helps
Labeling Scales
Labeling scales combine accurate weighing with efficient label printing for products packaged and priced by weight. These systems help businesses create consistent labels while improving productivity across retail, food preparation, and packaging operations.
Best For
Key Features
Crane Scales
Crane scales measure aerospace components, engines, tooling, material containers, and other suspended loads during lifting and handling operations. Overhead weighing can capture weight data when the size, shape, or movement of a load makes placement on a conventional platform impractical.
Equipment can be selected around rated capacity, load dimensions, available headroom, duty cycle, attachment requirements, operating environment, and visibility needs. Available configurations may include remote displays, wireless communications, handheld controls, and data-output capabilities. Equipment selection and use should align with the facility’s approved lifting, rigging, and safety procedures.
How It Helps
Load Cells & Custom Weighing Systems
Load cells and custom weighing systems support specialized measurement within test fixtures, production equipment, material-handling systems, and application-specific aerospace processes. These solutions make it possible to capture weight or force data where a standard standalone scale may not fit the equipment or workflow.
Precision Scale & Controls can help configure systems around measurement range, load direction, mounting requirements, available space, operating environment, and data needs. Solutions may incorporate load cells, mounting hardware, indicators, controllers, junction boxes, and connections with compatible automation or data-acquisition systems.
How It Helps
Choose the Right Aggregate Scale
| Scale Type | Typical Use Case | Typical Application | Primary Benefit |
|---|---|---|---|
| Aircraft Weighing Systems | Aircraft maintenance, modification, completion, and weight-and-balance workflows | Wheel or landing-gear weighing in hangars and MRO facilities | Accurate wheel-position data supporting weight-and-balance calculations and documentation |
| Analytical Balances | Small samples, precision components, coatings, adhesives, sealants, and test materials | Research laboratories, material testing, formulation, and quality control | High-resolution, repeatable measurement for research and material evaluation |
| Bench Scales | Components, subassemblies, production materials, and finished parts | Assembly stations, inspection areas, material preparation, and production support | Dependable everyday weighing in a compact workstation footprint |
| Counting Scales | Fasteners, connectors, hardware, and other uniform aerospace components | Stockrooms, kitting, assembly preparation, inventory checks, and work-in-process tracking | Faster quantity verification with fewer manual-counting errors |
| Platform Scales | Carts, crates, parts bins, tooling, components, and moderate-sized assemblies | Production, inspection, maintenance, kitting, and shipping areas | Flexible weighing for loads that do not fit on compact bench scales |
| Dimensioning & Shipping Systems | Cartons, replacement parts, tooling, irregular packages, and outbound shipments | Shipping departments, distribution areas, MRO logistics, packaging stations, and fulfillment workflows | Combined dimension and weight data supporting shipment processing, carrier charges, and logistics records |
| Floor Scales | Pallets, large tooling, fixtures, containers, raw materials, and heavier assemblies | Receiving, production, staging, inventory, storage, and shipping workflows | High-capacity weighing supporting material visibility and shipment records |
| Forklift Scales | Pallets, components, tooling, containers, and production materials moved by forklift | Receiving, staging, inventory movement, production support, warehousing, and shipping | Weight capture during material movement with fewer separate weighing and handling steps |
| Crane Scales | Engines, tooling, assemblies, material containers, and suspended loads | Overhead material handling, production, maintenance, and repair operations | Weight capture for loads that are difficult to place on a conventional platform |
| Load Cells & Custom Weighing Systems | Test fixtures, production equipment, custom machinery, and specialized measurement points | Research, component testing, process monitoring, automation, and integrated equipment | Application-specific load measurement with compatible control and data integration |
Capacity, readability, repeatability, environmental suitability, connectivity, portability, and documentation features vary by model and application. Aircraft weighing equipment and procedures should be evaluated against approved aircraft information, facility requirements, quality programs, and intended use. Forklift- and crane-scale selection and use must align with applicable capacity, installation, material-handling, rigging, lifting, and safety requirements.