Wipotec provides precision dynamic weighing and DWS systems that enable accurate billing, compliance, and high-throughput logistics operations.
In high-volume mail and parcel networks, every gram and every millimetre matters. Billing integrity, sorter performance, load planning and service compliance all depend on accurate, real-time shipment data. At the centre of this data layer stands Wipotec, a German technology company that has spent decades engineering precision weighing and measurement systems that now support warehousing operations, CEP providers and integrators worldwide.
Engineering precision for global logistics
Founded in Germany and recognised internationally for its expertise in precision weighing technology, Wipotec has established a strong presence in the mail and logistics sector through continuous in-house development and manufacturing. With nearly 40 years of experience in Electromagnetic Force Restoration weigh cell technology (EMFR), the company controls its core measurement technology rather than relying on third-party components.
Wipotec serves CEP networks, parcel hubs, warehouses, intralogistics facilities and integrators across global markets, and has strengthened its footprint in the Asia-Pacific region through its Australian subsidiary, established in 2022. As part of Wipotec GmbH, the local entity provides inspection, weighing and traceability solutions tailored to regional operational requirements. From its base in Altona, Victoria, Wipotec Australia supports customers across Australia, New Zealand, the Philippines, Papua New Guinea and Fiji, delivering systems designed to enhance operational safety and end-to-end data transparency. This direct operational presence supports project development aligned with regional compliance standards, access to local technical expertise through factory-trained service engineers with over 15 years of experience, and local spare parts stock to help ensure short lead times.
Wipotec’s portfolio for mail and logistics centres on two core solution families: dynamic catchweighers and integrated DWS systems, which together support modern automated sorting centres. These systems are engineered not as peripheral add-ons, but as integrated modules within automated material handling architectures, enabling incorporation into both existing and new logistics infrastructure. Wipotec Australia also maintains a demonstration facility where these solutions can be tested, allowing performance evaluation and validation prior to implementation.
Precision weighing under vibration, minimum parcel gaps, and high throughput
Measurement accuracy is not merely a technical feature, it is an important lever for revenue protection. In parcel networks, under-weighing can contribute to revenue leakage, whereas over-weighing increases dispute rates and regulatory risk. Wipotec’s systems are designed to maintain certified accuracy over long operating cycles, supporting yield management and contractual compliance.
At the heart of Wipotec’s catchweighers is its Electromagnetic Force Restoration (EMFR) weigh cell technology. Unlike conventional strain gauge systems, EMFR enables fast weighing results, strong measurement resolution, and repeatability over extended operating cycles, while reducing the need for frequent recalibration. This can translate into shorter parcel gaps and higher throughput.
To maintain performance in high-energy sorter environments, where static weighing is no longer viable and parcels travel along conveyors at speeds approaching 3 m/s while being subjected to vibrations from sorters and singulators, Wipotec incorporates its Active Vibration Compensation (AVC) module. By pairing two EMFR cells to isolate and filter interference signals, AVC supports stable weight readings even under continuous vibration, helping preserve certified calibration values without slowing conveyor throughput or requiring mezzanine support structures. This supports billing accuracy and regulatory compliance in demanding logistics environments.
The HC-FL-T Wipotec catchweigher combines 3 hardware scales into 6 virtual scales. All scales are able to work independently of one another. The design feature allows for significantly shorter gaps.
Modularity matters
Wipotec’s catchweighers are modular by design, accommodating a wide range of shipment profiles, from letters to CEP consignments up to 150kg. System variants range from entry-level dynamic scales suitable for moderate throughput, to multi-platform solutions designed for primary induction lines and outbound sortation, providing flexibility for both new and retrofit facilities.
Systems HC-FL double-scale and HC-FL-T triple-scale can be combined into multiple virtual scales, up to six, delivering a maximum throughput of 18,000 parcels per hour. This allows operators to increase throughput density while reducing the gap between products, without expanding conveyor lines or redesigning sorter layouts.
Integration into automated logistics architectures is central to Wipotec’s design philosophy. Modular, conveyor-compatible construction, standardised mechanical mounting points for the installation of frames to support volume measurement and camera technology, industrial communication protocol compatibility, and centralised weighing modules can simplify installation and maintenance while reducing mechanical complexity. Predictive maintenance capabilities can further support uptime. For intralogistics environments, warehouse-oriented configurations prioritise robustness and cost efficiency, supporting inventory reconciliation, outbound verification, and freight classification.
Beyond operational functionality, Wipotec’s systems play a strategic role in digital logistics networks, minimising subsystem interfaces and supporting consistent measurement accuracy.
Dimensioning. Weighing. Scanning.
Modern logistics networks rely on dimensional weight pricing and synchronised shipment data for routing, billing, and forecasting. Wipotec’s integrated DWS systems combine optical dimensioning with dynamic weight capture and automated barcode or 2D code scanning within a single inline architecture. This integration reduces subsystem interfaces and supports accurate, unified parcel records for warehouse management, billing engines, and sorter control software.
Compact units can often be deployed within a single day, making them suitable for seasonal expansions or converting low capacity systems, while larger multi-sensor systems support continuous operation in hubs handling tens of thousands of parcels per hour.
Beyond operational functionality, Wipotec’s systems also contribute to data-driven logistics networks. As automation density increases across CEP and warehouse infrastructure, catchweighers and DWS units increasingly function as upstream data generators, enabling more precise linehaul and air cargo planning, dynamic routing, forecasting of sorter utilisation, and automated enforcement of service-level policies. This data-centric architecture supports network scalability, billing integrity, and operational resilience, particularly in markets experiencing rising parcel volumes alongside declining letter traffic.
In this way, Wipotec positions itself not only as a supplier of weighing equipment, but as a technology partner supporting measurement infrastructure for modern logistics networks. Through modular catchweigher design, EMFR weigh cell technology, and integrated DWS systems, the company supports CEP operators, warehouses, and integrators with tools designed to safeguard revenue, maintain compliance, and improve operational efficiency. In an industry defined by throughput pressure and margin sensitivity, accurate real-time parcel data is no longer optional, it is structural. Wipotec builds the systems that help make that data reliable.
Wipotec Australia will be participating in the current edition of CeMAT Melbourne at Stand G29.
For more information, visit www.wipotec.com/au
Send your requests to info.au@wipotec.com
