scientific calculator cost analysis and value comparison

Market Overview and Price Ranges of Scientific Calculators

The market categorizes scientific calculators into three primary tiers: basic, advanced, and professional. Basic models cater to foundational mathematical operations and are ideal for secondary education, while advanced variants incorporate graphing, statistical analysis, and programming features for university-level use. Professional-grade calculators, often used in engineering, finance, or scientific research, include matrix computations, symbolic algebra, and connectivity with desktop software. Brand loyalty also plays a significant role, with manufacturers like Casio, Texas Instruments (TI), and Hewlett-Packard (HP) dominating the market through distinct product lines tailored to specific user needs.

Price Spectrum by Brand and Model Tier

Cost Factors Influencing Pricing

- Build Quality and Durability
Professional-grade calculators, such as the HP 50g or TI-Nspire CX CAS, incorporate rugged materials (e.g., reinforced plastic casings, shock-resistant components) to withstand industrial or field use. Basic models, like the Casio fx-991EX, prioritize affordability with standard ABS plastic construction.

- Display Technology
The evolution from monochrome LCD (e.g., TI-30XS) to color OLED/touchscreen (e.g., HP Prime, ClassPad fx-CP400) significantly impacts cost. OLED displays reduce power consumption but require higher manufacturing precision. Natural text display (NTD) features, which align mathematical expressions with textbook notation, are standard in mid-to-high-tier models.

- Power Source and Battery Life
Solar-powered calculators (e.g., Casio ClassWiz, TI-30XS) eliminate replacement battery costs but may rely on backup lithium batteries for extended functionality. Advanced models with rechargeable batteries (e.g., TI-84 Plus CE) or hybrid solar/battery systems (e.g., HP 12C Platinum) command higher prices due to integrated power management systems.

- Software and Connectivity Features
Calculators with Computer Algebra Systems (CAS) (e.g., TI-Nspire CX CAS, HP Prime) or programmable functionalities (e.g., HP 50g) require substantial software development, increasing R&D costs. Connectivity options—such as USB, Bluetooth, or Wi-Fi—further elevate prices by incorporating wireless modules and companion apps (e.g., TI Connect™, HP Connectivity Kit).

- Target Audience and Compliance
Models approved for standardized testing (e.g., TI-84 Plus CE for SAT/ACT) or engineering certifications (e.g., Casio ClassPad for STEM curricula) undergo rigorous validation, adding to production costs. Additionally, tax exemptions for educational institutions in some regions (e.g., North America) indirectly influence retail pricing strategies.

Regional Pricing Discrepancies

In North America, calculators are subject to sales tax (ranging from 0% in states like Oregon to over 10% in California), with educational discounts often available for bulk purchases (e.g., schools buying TI-84 Plus CE models). Import duties on non-domestic brands (e.g., Casio or HP calculators shipped from Asia) can add 10–20% to retail prices, particularly for online marketplaces.

Europe imposes VAT (Value-Added Tax), which varies by country (e.g., 20% in Germany, 21% in Spain, 0% in Luxembourg for educational goods). Brands like Casio and TI often adjust pricing to reflect local VAT rates, with some retailers offering tax-free shopping for tourists or bulk buyers. Additionally, EU import regulations may require additional certifications for non-European manufacturers, increasing costs.

Asia (e.g., Japan, China, India) typically offers the most competitive prices due to lower production costs and minimal import taxes for domestically manufactured calculators (e.g., Casio’s

Feature-to-Cost Justification: What You Pay For in Scientific Calculators

Scientific calculators vary significantly in price based on the integration of advanced computational features, which directly influence their utility for specific professional and academic applications. The cost escalation from entry-level to premium models reflects the inclusion of specialized functionalities—such as symbolic computation, statistical modeling, or programming—that address niche demands in engineering, finance, and research. Below, the most impactful features driving price differentiation are analyzed, alongside their real-world justifications and comparative cost impacts.

Top 5 Most Expensive Features and Their Justifications

The following features represent the highest value-added components in scientific calculators, often found exclusively in premium models. Their inclusion is justified by the specialized workflows they enable, particularly in fields requiring precise symbolic manipulation, multi-variable analysis, or algorithmic automation.

• Computer Algebra System (CAS) CAS capabilities allow calculators to perform symbolic mathematics—solving equations, simplifying expressions, and factoring polynomials—without numerical approximation. This feature is critical for:
  • Engineering students solving differential equations analytically.
  • Researchers deriving closed-form solutions in physics or chemistry.
  • Educational institutions requiring exact-form answers for validation.

  Example: The TI-Nspire CX CAS ($150–$200) solves ∫(x² + 2x + 1)dx symbolically as (x³/3 + x² + x) + C, whereas non-CAS models provide only numerical approximations.

• Advanced Statistical Analysis Tools Premium calculators offer regression analysis, hypothesis testing, and matrix operations beyond basic descriptive statistics. These tools are essential for:
  • Biostatisticians designing clinical trials with ANOVA or chi-square tests.
  • Financial analysts performing time-series forecasting (e.g., ARIMA models).
  • Quality control engineers implementing Six Sigma methodologies.

  Example: The HP Prime ($150) computes multivariate linear regression with R² and p-values, whereas budget models like the Casio fx-580V ($30) limit users to linear regression only.

• Programming and Scripting Capabilities Built-in languages (e.g., TI-BASIC, RPL, or Python-like syntax) enable custom algorithms, iterative calculations, and data processing. Applications include:
  • Electrical engineers simulating circuit behavior via iterative loops.
  • Computer science students automating brute-force solutions (e.g., cracking simple ciphers).
  • Researchers implementing Monte Carlo simulations for risk assessment.

  Example: The TI-84 Plus CE ($130) supports 15-step programs, while the Sharp EL-W516TB ($50) offers no scripting.

• Engineering Unit Conversions and Constants Niche models include specialized unit libraries (e.g., thermodynamics, fluid dynamics) and preloaded constants (e.g., Planck’s constant, speed of light). These are indispensable for:
  • Mechanical engineers converting between BTU, kWh, and Joules.
  • Aerospace technicians calculating Mach numbers or specific impulse.
  • Chemical engineers balancing stoichiometric equations with precise molar masses.

  Example: The Texas Instruments TI-36X Pro ($40) lacks engineering units, whereas the Victor VC-410 ($120) includes 300+ conversions for HVAC and automotive applications.

• Cryptography and Number Theory Functions Features like modular arithmetic, prime factorization, and RSA encryption are embedded in calculators targeting cybersecurity or cryptocurrency research. Use cases include:
  • Computer scientists analyzing elliptic curve cryptography.
  • Blockchain developers verifying digital signatures.
  • Mathematicians exploring Diophantine equations.

  Example: The NumWorks N0110S ($120) supports 256-bit integer operations, while the Casio fx-115ES ($20) restricts users to 10-digit precision.

Feature-to-Price Correlation Flowchart

The progression from entry-level to premium calculators follows a tiered structure where each feature incrementally justifies higher costs. Below is a plaintext representation of the flowchart:

[Entry-Level ($10–$50)]
│
├─ Basic arithmetic + scientific functions (sin, log, etc.)
├─ 2-line display, no CAS or programming
│
[Mid-Range ($50–$100)]
│
├─ Multi-line display (4–8 lines)
├─ Statistical functions (1-variable regression, hypothesis tests)
├─ Limited programming (e.g., TI-BASIC with 10–20 steps)
│
[Advanced ($100–$150)]
│
├─ CAS (symbolic math, equation solving)
├─ Matrix operations, calculus (derivatives/integrals)
├─ Graphing capabilities (2D plots)
│
[Premium ($150–$300+)]
│
├─ Full programming languages (Python, RPL)
├─ Engineering unit libraries + niche constants
├─ Cryptography (modular arithmetic, large-integer support)
├─ Wireless connectivity (TI-Nspire, HP Prime)
│
[Niche/Professional ($300+)]
│
├─ Specialized hardware (e.g., thermal printers for engineering logs)
├─ Custom firmware for industry standards (e.g., IEEE 754 compliance)
├─ Cloud integration for data storage/analysis

Key Observations:

CAS and programming act as the primary cost drivers, often doubling the price of mid-range models.

Niche features (e.g., engineering units) add ~20–30% to the cost but target specific professions (e.g., HVAC technicians).

Connectivity (e.g., TI-Nspire’s App Center) is a premium add-on, justifying $50–$100 increments.

Real-World Use Cases for Niche Features

The following examples illustrate how specialized features resolve practical challenges in professional workflows:

• Engineering Unit Conversions Scenario: A chemical engineer designing a heat exchanger must convert between British Thermal Units (BTU) and kilojoules (kJ) for compatibility with European standards.
  Solution: The Victor VC-410’s built-in thermodynamics library performs the conversion instantly, whereas manual calculations risk human error.

  Conversion: 1 BTU ≈ 1.055 kJ. The VC-410 handles this with a single button press, saving 5+ minutes per calculation.

• Cryptography Functions Scenario: A cybersecurity analyst needs to verify the primality of a 2048-bit RSA modulus during a penetration test.
  Solution: The NumWorks N0110S’s arbitrary-precision arithmetic confirms primality in seconds, while non-cryptographic calculators fail due to overflow errors.

  Example: Testing p = 2²⁰⁴⁸ − 1 for primality requires modular exponentiation; only calculators with 256-bit+ support succeed.

• Programming for Iterative Calculations Scenario: A structural engineer models the deflection of a beam under varying loads using finite difference methods.
  Solution: The TI-84 Plus CE’s loop commands automate the iterative process, reducing computation time from hours (manual) to minutes.

  Pseudocode:
  

          For i = 1 to 100
  
              Δy = (f(x+i) − f(x+i−1)) / h
  
              Store Δy in list L
  
          End

Comparative Feature Analysis: Casio fx-991 vs. TI-36X Pro

Below is a side-by-side comparison of two calculators priced within $30–$50, highlighting how feature disparities influence cost and utility.

Cost-Effectiveness of New Versus Refurbished/Used Scientific Calculators

The decision between purchasing a new scientific calculator and opting for a refurbished or used alternative hinges on balancing upfront costs, long-term reliability, and hidden expenses. While new calculators guarantee full functionality and manufacturer warranties, refurbished or used models offer significant savings but require rigorous verification to mitigate risks such as performance degradation or authenticity concerns. This analysis evaluates trade-offs in warranty coverage, operational consistency, and additional costs like shipping or authentication fees, alongside a structured approach to assessing refurbished units. For budget-conscious buyers—particularly students or professionals on tight financial constraints—strategic sourcing and negotiation can further optimize value without compromising essential features.

Pros and Cons of New Versus Refurbished/Used Scientific Calculators

New Scientific Calculators
New units provide unparalleled reliability, as they undergo stringent quality control during manufacturing. Their primary advantages include:

Full Warranty Coverage: Most manufacturers offer 1–3 years of warranty, protecting against defects or malfunctions. For example, Texas Instruments (TI) typically provides a 2-year limited warranty on models like the TI-84 Plus CE, covering hardware failures.

Guaranteed Performance: New calculators ensure accurate display calibration, responsive buttons, and optimal battery life, critical for exams or professional use.

Latest Software/Firmware: Newer models often include updated operating systems or preloaded applications, such as advanced graphing functions or compatibility with educational software.

However, new calculators incur higher upfront costs, which may not be justified for buyers who prioritize cost efficiency over long-term support. The absence of depreciation also means resale value diminishes rapidly, particularly for models with short market lifespans.

Refurbished/Used Scientific Calculators
Refurbished units—returned, repaired, and tested by authorized sellers—can offer 70–90% cost savings compared to new models. Used calculators, sourced from private sellers or secondary markets, may provide even greater discounts but carry higher risk. Key considerations include:

Cost Savings: A new TI-Nspire CX II costs approximately $130, while a refurbished model from the same manufacturer may be available for $80–$100. For budget-conscious buyers, this reduction can fund additional accessories or software licenses.

Environmental Benefits: Purchasing used calculators reduces electronic waste, aligning with sustainability goals in educational or corporate settings.

Hidden Costs: Refurbished units may require additional expenses for authentication (e.g., eBay’s "Sold as-is" disclaimers), shipping insurance, or professional testing if sourced from unverified sellers.

Performance Risks
Refurbished calculators may exhibit subtle issues, such as:

Display Flickering or Dead Pixels: Common in older LCD models due to wear or improper handling.

Button Drift: Over time, buttons may become less responsive, particularly in calculators subjected to frequent use or moisture exposure.

Battery Drain: Some refurbished units retain old batteries, leading to premature depletion or calibration errors in battery-dependent features (e.g., backlighting).

Step-by-Step Verification of Refurbished Calculator Authenticity and Functionality

To mitigate risks when purchasing refurbished scientific calculators, buyers should conduct five critical checks before finalizing a transaction. These steps ensure the unit meets operational and authenticity standards, reducing the likelihood of post-purchase complications.

1. Physical Inspection for Damage
Examine the calculator for visible signs of wear, including:

Cracks or Scratches: Check the casing, display, and keypad for structural damage that may affect durability.

Loose or Sticking Buttons: Press each key to verify responsiveness; sticking buttons can lead to input errors.

Port Condition: Inspect USB, charging, or data transfer ports for debris or corrosion, which may impede connectivity.

2. Display and Calibration Test

Backlight and Contrast: Turn on the calculator and adjust brightness settings to ensure uniform illumination without hotspots or dead pixels.

Graphing Accuracy: For graphing calculators (e.g., TI-84 Plus), plot a simple function (e.g., y = x²) and verify that the graph aligns with expected mathematical outputs. Discrepancies may indicate display calibration issues.

Character Clarity: Type alphanumeric characters (e.g., "TI-84") to confirm legible font rendering.

3. Battery Health and Performance

Battery Life Test: Fully charge or replace the battery (if included) and perform a stress test by running continuous calculations or graphing functions for 30+ minutes. Sudden shutdowns suggest battery failure.

Voltage Check: Use a multimeter to measure voltage at the battery terminals (if accessible). Most calculators require 3.0V–3.7V for lithium-ion batteries; readings below 2.8V indicate degradation.

Automatic Shutdown: Ensure the calculator does not power off unexpectedly during low-battery conditions, which can disrupt workflow.

4. Software and Firmware Validation

Firmware Version: Check the calculator’s firmware version against the manufacturer’s latest release. Outdated firmware may lack critical updates or security patches.

Preloaded Applications: Verify that essential apps (e.g., equation solvers, statistical tools) are installed and functional. Missing or corrupted software can render advanced features unusable.

Reset Test: Perform a factory reset (if supported) to confirm the device reboots correctly and retains no residual data from previous owners.

5. Authentication and Seller Reputation

Manufacturer Seal or Sticker: Authentic refurbished calculators often include a manufacturer’s authenticity seal or a "Tested & Certified" sticker. Absence of these may signal a counterfeit or non-professionally refurbished unit.

Seller Return Policy: Purchase from sellers offering a minimum 14-day return window and a warranty of at least 30 days. Platforms like Amazon Renewed or Back Market provide buyer protection programs.

Third-Party Verification: For high-value models (e.g., TI-Nspire, Casio ClassPad), request a video unboxing or live functionality demo from the seller to observe real-time performance.

Cost-Saving Strategies for Budget-Conscious Buyers

Students and professionals seeking to minimize expenses without sacrificing functionality can employ targeted strategies to source affordable scientific calculators. These approaches leverage secondary markets, negotiation tactics, and bulk purchasing options to maximize value.

Optimal Sourcing Platforms
The most reliable platforms for purchasing used or refurbished calculators include:

eBay: Offers a wide selection of refurbished models from authorized sellers (e.g., "eBay Renewed" program) or private individuals. Filter searches by "Refurbished" and "Like New" conditions to narrow options.

Amazon Warehouse: Provides professionally inspected and tested calculators at 20–50% off retail prices, with a 30-day return policy. Example: A used TI-30XS MultiView typically lists for $15–$20 vs. $25 new.

Back Market: Specializes in certified refurbished electronics, including scientific calculators, with a 12-month warranty. Buyers can filter by price, brand, and condition (e.g., "Excellent" for <10% wear).

Local Educational Markets: Universities, community colleges, and online forums (e.g., Reddit’s r/calculators) often facilitate peer-to-peer sales of gently used calculators at deep discounts.

Specialty Retailers: Stores like B&H Photo Video or Best Buy Outlet occasionally clear older calculator models at reduced prices, particularly during back-to-school seasons.

Negotiation and Bulk Purchase Tactics

Bundle Discounts: Some sellers offer 10–15% off when purchasing multiple calculators (ideal for study groups or classrooms). Example: Buying five used TI-84 Plus models from a bulk seller may reduce the per-unit cost by $5–$10.

Price Comparison Tools: Use extensions like Honey or CamelCamelCamel to track price history and identify the lowest legitimate offers. Avoid sellers listing prices 30%+ below market average, as this may indicate counterfeit or non-functional units.

Seasonal Sales: Timing purchases during January (post-holiday returns) or August (back-to-school clearance) can yield discounts of 20–40% on both new and refurbished models.

Trade-In Programs: Some manufacturers (e.g., Casio) accept old calculators as trade-ins, applying credits toward newer models. This strategy is most effective for buyers upgrading from outdated units.

Cost-Benefit Trade-Offs
While refurbished calculators reduce initial costs, buyers must weigh potential long-term expenses:

Replacement Parts: A faulty display or keypad may cost $20–$50 to repair, negating savings for low-cost used models.

Software Licenses: Some calculators require paid upgrades (

Accessories and Hidden Costs: The Full Expense Breakdown

The total cost of ownership for a scientific calculator extends beyond the initial purchase price. Users often overlook additional expenses such as protective accessories, maintenance, and optional software subscriptions, which can significantly impact long-term affordability. Understanding these hidden costs ensures informed decision-making, particularly for professionals or students relying on calculators for extended periods. Below, the breakdown includes common accessories, recurring expenses, and a methodology for calculating the true annualized cost of a calculator over five years.

Common Accessories and Their Cost Ranges

Scientific calculators benefit from accessories that enhance durability, functionality, and convenience. While some are essential for specific use cases, others provide incremental value. The following table outlines five widely used accessories, their typical price ranges, and their primary functions.

Accessory	Purpose	Typical Cost Range (USD)	Recommended Use Cases
Protective Cases (Hard Plastic or Rubberized)	Prevents physical damage from drops, scratches, or environmental exposure (e.g., dust, moisture). Some include built-in stands for stability.	$5–$25	Fieldwork, lab environments, frequent travel, or high-usage scenarios (e.g., engineering students).
Carrying Pouches or Sleeves	Provides portability and protection during transit. Often includes straps for hands-free carrying or attachment to bags.	$8–$30	Students, professionals who commute, or users with multiple calculators.
Screen Protectors (Tempered Glass or Anti-Glare Films)	Mitigates screen scratches and reduces glare from ambient light, improving readability.	$3–$15	High-contrast environments (e.g., classrooms, outdoor use) or users with sensitive screens.
Extended Warranties (Manufacturer or Third-Party)	Covers accidental damage, liquid spills, or malfunction beyond the standard warranty (typically 1–2 years). Some include repair/replacement services.	$15–$50 (varies by coverage duration and calculator model)	High-end calculators (e.g., TI-Nspire, Casio ClassWiz), professionals with critical dependencies, or users in high-risk environments.
Replacement Batteries or Charging Cables (for Solar/USB-Powered Models)	Ensures uninterrupted functionality. Solar calculators may require occasional battery replacements, while USB-powered models need compatible cables.	$2–$10 (batteries); $10–$25 (charging cables)	Models with non-rechargeable batteries (e.g., some Casio fx series) or users in areas with unreliable solar charging.

Accessories like protective cases and screen protectors are low-cost but high-impact for longevity, while extended warranties and replacement batteries address long-term reliability concerns. The choice of accessory depends on usage frequency, environmental conditions, and budget constraints.

Optional Add-Ons and Recurring Expenses

Beyond physical accessories, optional software licenses, cloud services, and maintenance costs can accumulate over time. These expenses are often overlooked but contribute to the total cost of ownership. Below is a breakdown of common add-ons and their estimated annual expenses, based on industry averages and manufacturer data.

• Software Licenses for Advanced Functions
  Some calculators (e.g., TI-Nspire, HP Prime) support proprietary software for graphing, programming, or connectivity (e.g., TI Connect™, HP Calculator Companion). Annual license renewals or one-time purchases may apply, particularly for educational institutions or professional users requiring updates.
  • Estimated Cost: $20–$100 per year (varies by software suite and usage tier).
  • Example: TI-Nspire™ software updates for educators may cost ~$50 annually for a single user.
• Cloud Sync Subscriptions
  Services like Desmos or GeoGebra offer cloud-based graphing tools compatible with certain calculators. While primarily used on computers, some calculators sync data via companion apps, requiring subscriptions for premium features.
  • Estimated Cost: $10–$50 per year (free tiers often available).
  • Example: GeoGebra’s premium account for advanced graphing may cost ~$30/year.
• Replacement Batteries or Charging Accessories
  Calculators with non-rechargeable batteries (e.g., lithium or alkaline) may require replacements every 1–3 years. USB-powered models depend on charging cables, which degrade over time.
  • Estimated Cost: $5–$20 every 2–3 years (batteries); $15–$30 every 4–5 years (charging cables).
  • Example: A Casio fx-991EX requires ~$10 in batteries every 2 years.
• Calibration or Repair Services
  High-precision calculators (e.g., used in finance or engineering) may require periodic calibration or screen repairs. Manufacturer-authorized services often incur labor fees.
  • Estimated Cost: $30–$150 per repair (screen replacement, keypad repair, or internal diagnostics).
  • Example: TI-84 Plus CE screen replacement costs ~$80 through authorized service centers.
• Peripheral Devices (e.g., Printers, Docking Stations)
  Advanced calculators (e.g., TI-Nspire CX CAS) support printers or docking stations for data transfer, adding to the total expense.
  • Estimated Cost: $50–$200 (one-time or as part of bundled kits).
  • Example: TI-84 Plus CE printer kits cost ~$150.

These add-ons are particularly relevant for users in academic or professional settings where functionality extends beyond basic calculations. The cumulative effect of these expenses can outweigh the initial savings of budget models over time.

Calculating the True Annualized Cost of Ownership

To assess the long-term value of a scientific calculator, the total cost of ownership (TCO) must account for:
1. Initial purchase price (new or refurbished).
2. Accessories (one-time or recurring).
3. Maintenance (batteries, repairs, warranties).
4. Optional software/subscriptions (annual or one-time).

The following methodology standardizes the calculation over a 5-year period, converting all expenses into an annualized cost for comparability.

Formula for Annualized Cost:

  Annualized Cost = (Σ[One-Time Costs] + Σ[Recurring Costs × Years]) / 5

  

Where:

Σ[One-Time Costs] = Purchase price + accessories (e.g., case, warranty) + initial software licenses.

Σ[Recurring Costs] = Annual subscriptions + battery replacements + estimated repair costs (amortized over 5 years).

Sample Calculation:
Consider two calculators over 5 years:
1. Budget Model (Casio fx-300ES PLUS) – $20 (purchase) + $15 (protective case) + $5 (batteries every 2 years) + $30 (extended warranty).
2. Premium Model (TI-Nspire CX CAS) – $150 (purchase) + $25 (case) + $100 (software license, one-time) + $20 (annual cloud sync) + $50 (repair fund).

Selecting a scientific calculator involves balancing immediate cost with long-term utility, where features like computer algebra systems or advanced statistical tools may justify premium pricing for specialized applications. For budget-conscious users, refurbished models and strategic accessory investments offer viable alternatives without compromising performance. Ultimately, the most cost-effective choice depends on individual usage demands, regional pricing realities, and the willingness to factor in depreciation, maintenance, and potential upgrades over time. This analysis equips buyers with the insights needed to make informed decisions that optimize both functionality and financial efficiency.

FAQ

How much does a scientific calculator cost at Costco?

Costco typically sells basic scientific calculators like the Casio fx-300ES for around $10–$15 USD, while more advanced models (e.g., Casio fx-115ES Plus) range from $15–$25 USD. Prices may vary by location and promotions.

What is the price range for a scientific calculator in India?

In India, a basic scientific calculator costs ₹150–₹500, while premium models (e.g., Casio fx-991EX) range from ₹800–₹1,500. Brands like Casio, Texas Instruments, and Sharp dominate the market.

Are there scientific calculators available at Costco in Canada, and what do they cost?

Yes, Costco Canada sells scientific calculators like the Casio fx-300ES for $15–$20 CAD and the Casio fx-991ES Plus for $30–$40 CAD. Prices may fluctuate with seasonal sales.

How much does a scientific calculator cost in Kenya?

In Kenya, a basic scientific calculator costs KSh 500–KSh 1,500, while advanced models (e.g., Casio fx-991EX) range from KSh 2,500–KSh 5,000. Prices vary by retailer (e.g., Jumia, Faulconbridge, or local electronics shops).

What is the cost of a Casio scientific calculator?

Casio scientific calculators range from $10–$50 USD for basic models (e.g., fx-300ES) to $30–$80 USD for advanced ones (e.g., fx-991EX, fx-CG50). Prices depend on features like graphing, solar power, and durability.

Does Costco sell Casio scientific calculators, and what are their prices?

Yes, Costco sells Casio scientific calculators, with the fx-300ES priced around $10–$15 USD and the fx-115ES Plus (with natural text display) for $15–$25 USD. Graphing models (e.g., fx-9750GII) cost $50–$80 USD.