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Wasp

SKU: 633808550943

Wasp 633808550943 Wasptime Barcode Badges Seq 301-350
- Sequential badges 301–350 slot into existing deployments without renumbering prior inventory.
- Pre-printed barcodes eliminate manual entry and reduce buddy-punching at Wasptime time clocks.
- Native Wasptime integration feeds attendance data directly into payroll workflows, no middleware needed.
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Wasp

SKU: 633808550950

Wasp 633808550950 Wasptime Barcode Badges Seq 351-400
- 50 pre-printed sequential badges (351–400) eliminate encoding steps at deployment.
- Code 39/Code 128 symbology reads on any industrial scanner or Wasp time clock.
- Sequential numbering supports per-department block assignment across multi-site facilities.
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Wasp

SKU: 633808550967

Wasp 633808550967 Wasptime Barcode Badges Seq 401-450
- Provides 50 sequential barcode badges (401–450) for gap-filling or new-hire onboarding.
- Each badge maps to a unique employee record in Wasptime for accurate punch-event logging.
- Compatible with any Wasptime barcode-reader terminal; verify reader type before ordering.
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Wasp

SKU: 633809002854

Wasp 633809002854 Wasp WDI4200 2D USB Barcode Scanner Std
- 2D USB barcode scanner with desktop stand included
- Reads 1D and 2D codes including QR for retail checkout
- Hands-free presentation mode for fixed-position POS lanes
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Barcode Scanners

Industrial barcode scanners are essential for accurate inventory tracking, order fulfillment, and warehouse automation. Rugged scanning devices allow workers to capture barcodes quickly across receiving, picking, packing, and shipping workflows in distribution centers and logistics environments.

Select the Right Scanner

1D and 2D barcode symbology support
Standard vs long-range scan distance
Corded vs cordless mobility requirements
Drop rating and industrial durability
Wireless connectivity and battery life

Corded Industrial Scanners
Cordless Industrial Scanners
Ultra-Rugged Long Range Scanners
Wearable Ring Scanners

Buying Guide Cordless Scanners Corded Scanners Long Range Scanners Wearable Scanners

What to Look For When Buying

The decisions that matter most before you spec.

Barcode Type & Read Rate Requirements

Determine whether you need 1D laser (fast, standard barcodes), 2D imaging (damaged codes, QR, pharmaceutical track-and-trace), or hybrid capability. Higher read rates and motion tolerance prevent bottlenecks at conveyor lines and busy dock doors; laser scanners typically achieve 50–100 scans/sec, while imaging scanners may vary based on light and code density.

Ruggedness & Environmental Conditions

Warehouse and logistics environments demand IP65+ sealing, drop resistance (4–6 feet typical), and extreme-temperature tolerance (especially for refrigerated and outdoor receiving areas). Industrial-grade scanners with reinforced optics and sealed connectors avoid costly field failures and integration downtime.

Connectivity & Integration

Choose between USB, serial, Ethernet, or wireless (2.4 GHz) connectivity based on your WMS and mobility needs. Wireless scanners require careful site surveys to avoid dead zones; hardwired options guarantee uptime at fixed stations. Confirm compatibility with your middleware and barcode-database software before purchase.

Ergonomics & Scan Trigger Design

Handheld scanners used for 8+ hours per shift should feature ergonomic grips, lightweight design (under 8 oz typical), and responsive trigger feedback to minimize operator fatigue and repetitive-strain injuries. Weight and trigger force vary widely; test with your team before bulk rollout.

Total Cost of Ownership & Support

Factor in scanner cost, replacement accessories (cables, protective cases, charging cradles), warranty coverage, and spare-parts availability. Leading manufacturers like Datalogic offer extended support and rapid replacement programs that reduce downtime in mission-critical distribution centers.

Scalability & Fleet Management

Growing warehouses benefit from scanners with fleet-management APIs, centralized configuration tools, and firmware-update capabilities. Multi-site deployments should standardize on a single platform to streamline training, spare-parts inventory, and IT support overhead.

Technology Stack

The specs and acronyms that actually affect barcode scanners performance.

1D vs. 2D Scanning Technology

1D laser scanners read linear barcodes (UPC, Code 128) at high speed with excellent depth-of-field, ideal for standard retail and logistics. 2D imaging scanners capture area-based codes (QR, PDF417, DataMatrix) and can read damaged or poorly printed barcodes using image processing; essential for pharmaceutical serialization and track-and-trace compliance.

Read Rate & Motion Tolerance

Measured in scans per second (typical 50–200 for handheld, up to 1000+ for high-speed conveyors). Motion tolerance determines how fast items can move past the scanner before codes are missed; higher tolerance reduces line jams and restarts in fast-paced picking and shipping environments.

IP Rating & Drop Specification

IP65 or higher ensures protection against dust and moisture; IP67–IP69K adds submersion tolerance. Drop tests from 4–6 feet onto concrete simulate real warehouse accidents. Scanners meeting MIL-STD-810G survive extended field deployments without optical degradation.

Working Range & Depth of Field

Distance from scanner to readable barcode, typically 0.5–10 inches for standard models, 20–50+ feet for long-range industrial variants. Depth of field (range where codes remain legible) affects placement flexibility; wider depth allows off-angle scanning and mounting at dock-door corners.

Connectivity: Wired vs. Wireless

USB and Ethernet offer guaranteed bandwidth and no pairing overhead; 2.4 GHz wireless provides mobility but requires site survey for RF coverage and interference mitigation. Hybrid systems combine wireless handheld terminals with fixed-dock wired scanners for maximum flexibility and reliability.

Decode Algorithms & Symbology Support

Modern scanners decode 20–50+ barcode types (UPC, Code 128, ITF-14, GS1 variants, etc.). Quality of decode logic affects read speed on low-contrast or damaged codes; enterprise-grade decoders include edge-enhancement and multi-frame analysis for harsh printing or logistics damage.

Typical Deployment Scenarios

High-Volume Distribution Center (1,000+ SKUs, 10 dock doors)

Combination of handheld 2D scanners for mobile computer-based picking and fixed-mount laser scanners at inbound/outbound conveyor lines. Wireless connectivity to central WMS with redundant access points ensures coverage across 100,000+ sq ft. Label printers and charging cradles support continuous operations across multiple shifts.

Cold-Storage & Pharmaceutical Warehouse

Industrial-grade 2D imaging scanners rated for 0°F–32°F with sealed optics and gloved-hand triggers. Rugged protective holsters and cases prevent condensation damage during temperature transitions. Hardwired Ethernet connectivity avoids wireless dead zones in metal-framed cold rooms; compliance with FDA track-and-trace mandates requires 100% read rate.

Retail & Parcel Shipping (Small Parcel, Multi-Carrier)

Handheld 1D laser scanners for counter-top and pack-line use, paired with thermal label printers for on-demand shipping labels. USB connectivity to point-of-sale and shipping software; 8–10 scanners per location with cradle-based charging and cable management accessories minimize downtime.

Grocery & Retail Receiving (High-Velocity SKU Turnover)

Fixed-mount conveyors with 100+ scans/sec laser scanners to validate inbound cases and pallets. Handheld 2D scanners for spot-check shelf and bin verification; wireless network with line-of-sight to access points in produce, deli, and seasonal sections. Redundant WMS integration prevents loss of transaction data during network latency.

Frequently Asked Questions

What's the difference between 1D laser and 2D imaging barcode scanners?

1D laser scanners read linear barcodes (UPC, Code 128) quickly and reliably at distance, making them ideal for standard retail and logistics workflows. 2D imaging scanners capture area-based codes (QR, PDF417, DataMatrix) and can recover data from damaged or poorly printed barcodes using advanced image processing. If your supply chain uses pharmaceutical serialization, food track-and-trace, or multi-carrier shipping labels, 2D is essential; for fast-moving consumer goods, 1D laser is typically sufficient and faster.

How do I choose between handheld and fixed-mount barcode scanners?

Handheld scanners provide flexibility for picking, receiving, and spot-checks across a warehouse; cordless models with wireless connectivity offer maximum mobility. Fixed-mount scanners at conveyor lines and dock doors automate high-volume verification, eliminate operator fatigue, and achieve consistent motion-based read rates. Many operations deploy both: fixed scanners for throughput-critical points, handhelds for ad-hoc and exception workflows. Mobile computers with integrated scanners offer a hybrid option.

What IP rating and drop specification should I require?

IP65 (dust and water ingress protection) is the minimum for warehouse use. IP67–IP69K adds submersion and high-pressure jet tolerance, critical for wet environments and frequent cleaning. Drop tests of 4–6 feet onto concrete simulate real warehouse accidents; scanners meeting MIL-STD-810G certification are proven for rugged field deployments. If your facility uses wet-clean or chemical-sanitized areas, specify IP69K with sealed connectors and conformal coating on circuit boards.

Should I use wired USB/Ethernet or wireless barcode scanners?

Wired connectivity (USB, Ethernet) guarantees bandwidth, eliminates pairing overhead, and works reliably near metal racks and RF interference. Wireless (2.4 GHz) enables mobility and reduces cable clutter but requires site survey, multiple access points, and careful channel planning in congested RF environments. Many warehouses use both: wireless handhelds for mobile picking and receiving, wired scanners for fixed dock-door and conveyor stations. If you choose wireless, plan for redundancy and test coverage in your specific facility before rollout.

What accessories should I budget for alongside barcode scanners?

Plan for charging cradles or docks to ensure overnight battery replenishment, replacement cables and adapters for USB/serial/Ethernet connections, protective cases and holsters to reduce drop damage, and spare parts like protective windows and triggers. For print-and-scan workflows, integrate barcode label printers to generate barcodes on-demand. Budget 20–30% above scanner cost for supporting accessories to sustain fleet reliability over 3–5 years.

How do I integrate barcode scanners with my WMS software?

Most barcode scanners emulate USB keyboard or serial input, allowing direct integration with any WMS via standard drivers. Ethernet-connected and wireless scanners may require DHCP configuration and firmware updates; consult your WMS vendor for supported barcode scanner models and symbologies. Test decode accuracy and transmission latency in your specific warehouse layout before full rollout. Contact our experts to validate compatibility with your existing infrastructure and discuss integration best practices for your multi-site deployment.

Showing Results for Barcode Scanners

Wasp 633808550943 Wasptime Barcode Badges Seq 301-350

Wasp 633808550950 Wasptime Barcode Badges Seq 351-400

Wasp 633808550967 Wasptime Barcode Badges Seq 401-450

Wasp 633809002854 Wasp WDI4200 2D USB Barcode Scanner Std

Barcode Scanners

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