CAS Professional Electronic Scale and Weighing Systems

Choosing an industrial scale based only on the highest weighable kilogram value isn't correct. Measurement step, platform size, tare capacity, price calculation, customer display, counting function, and transferring the weighing result to other systems all determine the device's role. South Korea-based CAS develops electronic weighing systems geared toward different weighing needs, from retail points of sale to warehouse, production, and heavy industrial applications.

CAS industrial scale prices vary by usage class: tabletop weighing, price computing, barcode-label printing, parts counting, platform scales, floor scales, crane or pallet weighing. Of two devices with the same 30-kilogram capacity, one might display only weight while the other manages unit price, total amount, product memory, and printer connection.

How Should Capacity and Graduation Be Read Together?

A scale's capacity refers to the maximum load it can measure. Graduation shows in what steps the displayed weight changes. For example, a 30-kilogram model can have different measurement steps of 1, 5, or 10 grams. In a kitchen preparing small portions, low graduation is prioritized; in a warehouse weighing heavy boxes and crates, higher capacity takes precedence.

A higher-than-needed capacity isn't always more useful. A large load cell range can reduce the visibility of small gram changes. The same device shouldn't be expected to weigh spices, coffee, portions, or small parts as well as a meat crate or raw material sack.

The packaging, GN container, transport crate, or pallet of the product being weighed is included in the total load. A scale's maximum capacity shouldn't be calculated based only on net product amount. The impact from suddenly dropped loads can also affect the load cell, platform, and calibration.

Where Is the SW-II Weighing and Counting Scale Used?

The CAS SW-II is a compact weighing and counting class usable in restaurants, cafeterias, markets, prep areas, and businesses with limited counter space. A low body, large LED display, and, depending on model, a second customer-facing display provide daily ease of use.

In counting mode, the scale calculates an average unit weight from the total weight of a known quantity of sample pieces. It then divides the total weight on the platform by this value to show an estimated piece count. Packages, small accessories, or production components close to a standard weight can be counted this way.

If pieces vary significantly in weight, the count result can deviate. A sufficient sample count should be chosen, and a single piece's weight should be meaningfully higher than the scale's measurement step. The counting result should be supported by physical verification in critical stock or production control.

How Do Price-Computing Scales Work?

A price-computing scale shows weight, kilogram or unit price, and total amount simultaneously. The operator enters the product's unit price or selects a stored product key from memory. The scale calculates the total to be paid by multiplying the weighing result by the price.

CAS's global product program includes price-computing systems in the S-2000, S2000 Jr, ER Jr, and AP classes. These products can feature an operator and customer display, a stainless weighing pan, a rechargeable battery, preset price keys, or, depending on model, a printer connection.

The customer display helps the weighing result be seen by the other party during a sale. Whether the display is on a neck, has a rear body, or sits separate from the platform changes counter layout. If the scale will be used to sell to customers by weight, not just technical capacity but relevant legal metrology and approval requirements should be confirmed.

Legal Metrology and Commercial Use

A scale used for production recipes, in-kitchen portion control, and warehouse tracking doesn't have the same requirements as a device selling to customers by weight. A model used for commercial sales may need to carry approval, seal, periodic inspection, and verification requirements compliant with relevant regulations.

A model being suitable for commercial use in another country doesn't automatically mean it's approved for the same scope in Turkey. Capacity, graduation, approval label, and the device's import configuration should be checked through an authorized dealer and relevant regulations.

A sealed or approved scale's setting shouldn't be arbitrarily changed by the user. If deviation is suspected in a measurement result, authorized service, verification weights, and the necessary metrological procedure should be used.

Label and Barcode-Printing Scales

Label-printing systems like the CAS CL series can transfer weight, unit price, total amount, product name, barcode, date, and different product information onto a label. Models like the CL5200 have large product memory and features geared toward managing different label templates.

A labeling scale can be used in market, deli, butcher, bakery, and pre-packaging areas. Since weighing the product and preparing the label happen at the same station, manual writing and price-transfer work can be reduced.

Label size, printer rolls, and barcode format should be compatible with the business's POS or ERP system. A barcode being printed on the scale doesn't mean the sales software will automatically recognize that code. Data structure, network connection, and product codes should be tested before installation.

Platform and Floor Scales

A platform scale is used for crates, sacks, drums, or transport carts that don't fit on a tabletop pan. The platform's exterior size should safely support the base of the weighed load. A crate overhanging the edge or resting on the platform at only a few points can create measurement issues and tipping risk.

Large floor platforms can use four or more load cells instead of a single one. The load's distribution across different points on the platform is converted into a combined weighing result via the electronic indicator.

Ramped systems can make it easier to roll a wheeled cart or cage onto the platform. Ramp slope, the loaded cart's weight, floor anchoring, and staff push-pull safety should be added to the capacity calculation.

The Importance of Indicator and Load Cell Selection

In an industrial weighing system, the load cell is the component that converts mechanical force on the platform into an electrical signal. The indicator processes this signal, converts it to a weight value, and displays it. Even though platform, load cell, and indicator can be selected independently, they must be compatible in capacity and signal structure.

Indicators can have tare, zeroing, animal weighing, check-weighing, totaling, counting, and different communication interfaces. Wet, dusty, explosive, or chemical environments require a different protection class than a standard kitchen indicator.

CAS's product program also includes pressure-explosion-resistant indicators and systems geared toward specialized industrial applications. These solutions should only be used with a suitable project, certification, and authorized technical installation.

Battery Use and Data Connections

A rechargeable battery can keep the device operating in markets, mobile sales, goods receiving, or areas doing temporary weighing away from an outlet. Battery life varies with display brightness, printer use, ambient temperature, and device age.

USB, RS-232, Ethernet, or different model-specific connections can allow the weighing result to be transferred to a computer, printer, POS, or production software. Having a connection port doesn't directly mean compatibility with the software used.

If data transfer is needed, the model's communication protocol and software driver should be tested before ordering. Weighing data matching the wrong product or unit can create systematic errors in stock and sales records.

Featured Highlights

• Different scale classes ranging from simple weight measurement to price computing, label printing, and parts counting
• Weighing systems geared toward tabletop, platform, floor, crane, pallet, and specialized industrial applications
• Customer display, rechargeable battery, product memory, preset price keys, and data connections depending on model
• Load cell, indicator, and platform components that can be configured separately based on application

How Should a CAS Scale Be Chosen?

First, the smallest and largest product to be weighed, the required measurement step, platform size, and ambient conditions should be determined. Next, actually-needed functions such as price computing, labeling, counting, battery, or data transfer should be selected.

If selling to customers, commercial approval and regulations should be checked; if used in a warehouse or production, platform, load cell, and indicator capacity should be checked. The scale should be installed on a flat, vibration-free point away from air currents that could affect the measurement result.

CAS Weighing Systems on Mutfak10

The current listing and new product status of the CAS brand can be checked on the CAS professional scale systems page on Mutfak10, operated by Arlinoks. CAS industrial scale prices should be evaluated by capacity, graduation, approval, platform, and software hardware.

Frequently Asked Questions

Are capacity and precision the same thing on a CAS scale?

No. Capacity refers to the maximum load the device can weigh, while graduation, or measurement step, refers to the smallest weight change visible on the display. The right device is chosen by evaluating both values together.

Can a CAS price-computing scale be used directly for commercial sales?

It should only be used if the exact model and import configuration carry the necessary commercial approval, seal, and metrology requirements in Turkey. A product's certification in another country alone may not be sufficient.

Is kilogram capacity alone enough when choosing a CAS platform scale?

No. Platform size, the load's base shape, single or multi-load-cell structure, indicator, ramp, floor, and data connection should also be checked. The load shouldn't overhang the platform or create irregular point pressure.