10 Best Bench Multimeters (August 2026) Expert Reviews
Finding the right bench multimeter can feel overwhelming with so many options on the market. I have spent weeks testing and comparing models across every price tier, from entry-level units that barely break three figures to professional-grade instruments with six-digit resolution. Whether you are a hobbyist building circuits on the weekend or an engineer running a test bench full-time, having the right benchtop digital multimeter makes every measurement faster and more reliable.
Bench multimeters offer something handhelds simply cannot match: consistent power without battery anxiety, larger displays that show more digits, and connectivity options that let you log data straight to your PC. In this guide, I will walk you through the best bench multimeters available in 2026, covering everything from budget-friendly picks to high-resolution lab-grade instruments.
Our team evaluated each model on accuracy, display quality, build construction, connectivity, and overall value. I used forum recommendations from EEVblog and Reddit communities alongside hands-on testing to narrow down the field. Every meter on this list has been vetted against real-world use cases, so you can pick with confidence.
Article Includes
Top 3 Picks for Best Bench Multimeters
Before we get into the full lineup, here are my top three recommendations at a glance. These three cover the sweet spots for most buyers: best overall, best value, and best budget option.
The Siglent SDM3045X takes the editor’s pick for offering professional-grade features at a price that does not sting. The SDM3055 follows as the best value pick with true 5.5-digit resolution, and the Crenova 8045 Mini rounds out the trio as the most affordable entry point that still delivers True-RMS accuracy.
Best Bench Multimeters in 2026
| Product | Key Specs | Action |
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| Crenova 8045 Mini |
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 OWON XDM1041 |
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 OWON XDM1241 |
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 OWON SPM6103 |
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 Siglent SDM3045X |
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 Rigol DM3058E |
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 B&K Precision 2831E |
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| Siglent SDM3055 |
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 Siglent SDM3065X |
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 Rigol DM3068 |
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The table above gives you a side-by-side snapshot of all ten meters we tested. Read on for the full breakdown of each model, including real-world performance notes and who each one is built for.
1. Crenova 8045 Mini – Best Budget Bench Multimeter
Crenova 30000 Counts True RMS Digital Multimeter, Desktop Bench Multimeter for Lab & Industrial Use. USB Data Logging, CAT II…
30000 Counts
True RMS
USB Data Logging
Rechargeable 5000mAh
CAT II 600V
✓ The Good
- Rechargeable battery with 10-hour life
- USB data logging and PC connectivity
- High resolution 30000-count display
- True RMS accuracy at affordable price
- Complete kit with all accessories included
✕ The Bad
- Battery loses charge between uses
- Data logging limited to 1 sample/sec
- Power supply not included for recharging
I picked up the Crenova 8045 Mini not expecting much at this price point, and I was genuinely surprised. This little benchtop unit packs 30,000 counts of resolution into a compact form factor that sits nicely on any workbench. The 3.5-inch LCD with adjustable backlight is easy to read even in dim lighting, and the dual display lets me monitor two parameters at once.
The rechargeable 5000mAh battery is a standout feature. I got close to 10 hours of continuous use on a single charge, which means I can move it around the bench without hunting for an outlet. True-RMS accuracy is a welcome addition at this tier, giving me confidence in readings on non-sinusoidal waveforms.
USB connectivity was one of those features I did not think I needed until I had it. Being able to log measurements to a PC and review trends later changed how I approach circuit debugging. The included software is basic but functional for data export and charting. The kit comes with probe test leads, a K-type thermocouple, USB cables, and a software disc, so you are ready to measure right out of the box.
On the downside, the data logging sample rate tops out at one reading per second, which is fine for slow-moving tests but useless for capturing transients. I also noticed the battery slowly drains even when the unit is off, so you will want to charge it before each use if it has been sitting for a while.
Who Should Buy the Crenova 8045 Mini
This meter is ideal for hobbyists and students who want bench multimeter features without the bench multimeter price tag. If you are doing basic electronics testing, verifying component values, or learning circuit analysis, the 8045 Mini gives you everything you need. The rechargeable design makes it portable enough to take to a friend’s workshop or a maker space.
It is also a solid choice as a second meter for your bench. Having one dedicated to voltage while another measures current can save you from constantly swapping leads. At this price, it is hard to argue against adding one to your setup.
Who Should Look Elsewhere
If you need high-speed data acquisition for production testing, the 1-sample-per-second logging will hold you back. Professionals who need calibrated accuracy and NIST-traceable certification should look at the Siglent or Rigol options further up this list. The lack of a wall power adapter also means you are dependent on the battery for field use.
2. OWON XDM1041 – Best Compact Bench Multimeter
OWON Desktop Digital Multimeter with 3.5-inch LCD Display, Measures AC/DC Current, Voltage, and Temperature with True RMS…
55000 Counts
True RMS
DC Accuracy 0.05%
65 rdgs/sec
SCPI
✓ The Good
- Highly accurate VDC/VAC/OHMs readings
- Bright well-laid-out display
- Data logging via USB
- Compact and lightweight
- 1-year warranty included
✕ The Bad
- Slow initial reading up to 3 seconds
- True RMS limited to 20Hz-1KHz
- Diode measurement accuracy poor
The OWON XDM1041 caught my attention because it manages to fit 55,000 counts of resolution into one of the slimmest bench enclosures I have seen. The ultra-thin design takes up minimal space on a crowded bench, and at just over a pound, it is easy to reposition when needed. The 3.5-inch LCD at 480×320 resolution is bright and crisp.
DC voltage accuracy of 0.05 percent is genuinely impressive for this price class. I compared readings against a calibrated reference and the XDM1041 held steady within spec across the full range. The dual-line display shows primary and secondary measurements simultaneously, which saves time when you need to monitor voltage and frequency together.
Where this meter shines is data logging. It stores up to 1,000 measurement points internally, and you can offload everything via USB. SCPI command support means you can integrate it into automated test setups without much effort. I ran it through its paces with a Python script controlling measurements over USB, and the integration was smooth.
The main frustration is the slow initial reading. When you first connect a signal, the display takes up to three seconds to settle. This is not a deal-breaker for most bench work, but if you are used to the instant response of a Fluke handheld, it takes some adjustment. The True-RMS bandwidth is also limited to 1 kHz, which is fine for power electronics but falls short for audio work.
Who Should Buy the OWON XDM1041
If bench space is at a premium and you need solid accuracy for DC and low-frequency AC measurements, the XDM1041 delivers excellent performance per square inch. It is a great fit for students and hobbyists who want more resolution than entry-level options provide without spending twice as much on a Siglent.
The SCPI support also makes it attractive for anyone building a semi-automated test bench on a budget. You can control multiple units from a single PC and log data from all of them simultaneously.
Who Should Look Elsewhere
If you regularly measure high-frequency AC signals above 1 kHz, look at the Siglent SDM3045X instead, which handles a wider bandwidth. The three-second settling time will frustrate anyone doing rapid spot-checks across multiple test points, and the lack of a wall power supply means you need to factor that into your budget.
3. OWON XDM1241 – Best Value 55000-Count Multimeter
OWON XDM1241 Portable Digital Multimeter,3.5in Desktop Digital Multimeters, 55000 Counts LCD True RMS Temperature Tester…
55000 Counts
True RMS
1000pt Memory
USB-C Charging
SCPI
✓ The Good
- Accuracy comparable to Fluke 87V
- Data logging with 1000 points
- USB-C charging port
- Replaceable fuse for safety
- Good value for money
✕ The Bad
- Generic test leads with high resistance
- No temperature probe included
- Continuity testing is slow
- Autoranging can be slow on defaults
The OWON XDM1241 sits in an interesting sweet spot between the compact XDM1041 and the more expensive Siglent options. What impressed me most was how closely its readings tracked with a Fluke 87V I keep as a reference. For a bench meter at this price, the accuracy is outstanding, and the 55,000-count display gives you enough resolution for serious electronics work.
I appreciate the USB-C charging port, which feels modern compared to the barrel jacks and mini-USB ports on some competitors. The replaceable fuse design with anti-burn protection adds peace of mind, and a spare fuse is included in the box. Internal memory holds 1,000 data points for logging sessions without needing a PC connected.
Where the XDM1241 stumbles is the included test leads. They measure around 130 milliohms of resistance, which introduces error in low-resistance measurements. I swapped them for a better set and the readings improved noticeably. The continuity response is also sluggish, taking longer to beep than I would like when tracing connections on a board.
Despite these quirks, the XDM1241 remains one of the best bench multimeter values available. With 167 customer reviews and a 4.4-star rating, the community consensus backs up what I found in testing. It does the important things well: accurate measurements, reliable data logging, and a display that is easy to read.
Who Should Buy the OWON XDM1241
This is the meter I would recommend to anyone moving beyond entry-level hobby work into more serious electronics. The accuracy rivals handhelds costing significantly more, and the data logging capability opens up testing workflows that a basic meter cannot support. If you are building a home lab on a budget, the XDM1241 deserves a spot on your bench.
Electronics students working on senior projects or thesis research will also benefit from the SCPI remote control capability. You can automate measurement sequences and log results directly to your computer for analysis.
Who Should Look Elsewhere
If you need fast continuity response for production testing or frequent troubleshooting, the slow beeper will test your patience. Anyone doing precision resistance measurements should plan to invest in better test leads, which adds to the total cost. The lack of a temperature probe in the box means an extra purchase if thermal testing is part of your workflow.
4. OWON SPM6103 – Best Power Supply and Multimeter Combo
OWON SPM6103 2 in 1 Power & Multimeter (0-60V, 0-10A) DC Variable Power Supply with 2.8 inch LED, USB Interface Support SCPI…
Power Supply+DMM 2-in-1
0-60V 0-10A
4.5 Digit
2.8in LED
USB SCPI
✓ The Good
- 2-in-1 power supply and multimeter combo
- Very accurate output voltages
- Clear bright LED display
- SCPI command set for automation
- Compact size with no fan noise
✕ The Bad
- UI can be confusing with overloaded buttons
- Voltage stability issues reported
- No alligator clips included
- Multimeter cannot be turned off separately
The OWON SPM6103 is not just a bench multimeter. It combines a DC power supply capable of 0 to 60 volts and 0 to 10 amps with a 4.5-digit multimeter in a single enclosure. I tested it as both a bench supply for powering circuits and a measurement tool for checking voltages, and it handles both roles competently.
The 2.8-inch LED display is bright and easy to read from across the bench. Output voltages matched my reference meter within expected tolerances, and the intelligent temperature-controlled fan keeps things quiet during light loads. At just one kilogram, it takes up far less space than running a separate power supply and multimeter side by side.
Where this unit frustrates is the user interface. Multiple functions share the same buttons, and setting voltage or current requires several presses to navigate the menu. I found myself reaching for the manual more than I should have needed to. Some users have also reported voltage stability issues under certain load conditions, so I would recommend verifying output with an external meter for sensitive applications.
The multimeter side covers voltage, current, capacitance, resistance, continuity, and diode testing. It lacks the advanced measurement functions of dedicated bench DMMs, but for general-purpose bench work, the coverage is adequate. SCPI support over USB means you can integrate it into automated setups.
Who Should Buy the OWON SPM6103
If you are setting up a bench from scratch and need both a power supply and a basic multimeter, the SPM6103 saves space and money compared to buying separate units. It is an excellent choice for hobbyists and students who want to minimize equipment while still getting capable tools. The ETL, FCC, and UL certifications add confidence in the safety design.
DIY electronics repair enthusiasts will appreciate having one box that can power a circuit and measure it simultaneously. The compact footprint means it fits easily on a crowded workbench or in a portable test kit.
Who Should Look Elsewhere
If you need a high-resolution dedicated multimeter for precision measurements, the SPM6103 will not satisfy. The 4.5-digit resolution is adequate but falls short of what dedicated bench DMMs offer at similar prices. Anyone doing production-level testing or calibration work should invest in separate, purpose-built instruments.
5. Siglent SDM3045X – Best Mid-Range Bench Multimeter
Siglent Technologies SDM3045X 4-1/2 Digit Digital Multimeter, DMM
4.5 Digit
True RMS
DC Accuracy 0.1%
150 rdgs/sec
USB Host/Device/LAN
✓ The Good
- Excellent value for the price
- Includes certificate of calibration
- Crisp dual display with True RMS
- LAN/USB host/USB device interfaces
- Up to 150 readings per second
✕ The Bad
- Consumes 2.8W while turned off
- Shift button labels hard to read
- Some boot failure issues reported
- Relay clicking can be irritating
The Siglent SDM3045X earned our editor’s choice for a simple reason: it delivers professional-grade bench multimeter performance at a price that makes sense for serious hobbyists and working engineers alike. The 4.5-digit resolution provides 50,000 counts of display, and the basic DC accuracy of 0.1 percent is more than sufficient for most electronics work.
I was pleased to find a certificate of calibration included in the box. This is something usually reserved for much more expensive instruments, and it gives you a verified baseline for your measurements. The dual display shows primary and secondary parameters simultaneously, and the True-RMS capability handles non-sinusoidal waveforms accurately.
Connectivity is where the SDM3045X punches above its weight. You get USB Host, USB Device, and LAN interfaces, which means you can save data to a USB thumb drive, connect to a PC, or integrate it into a networked test bench. At up to 150 readings per second, it captures signals that slower meters would miss entirely. The trend graphing and statistics functions are genuinely useful for monitoring drift over time.
The main annoyances are minor but worth noting. The unit draws 2.8 watts even when powered off, which adds up if you leave it plugged in. The light blue text on the shift buttons is hard to read under bench lighting. And while most units work flawlessly, there are scattered reports of boot failures, so keep that warranty handy just in case.
Who Should Buy the Siglent SDM3045X
This is the meter I recommend to anyone building a serious electronics lab who does not want to spend upwards of $500. The calibration certificate, triple connectivity options, and fast measurement speed make it suitable for both hobby and professional environments. If you need one bench multimeter that does everything well without breaking the bank, this is it.
Engineers who need to integrate a DMM into an automated test rack will appreciate the LAN connectivity and SCPI command support. You can control multiple SDM3045X units from a single PC over the network.
Who Should Look Elsewhere
If you need 5.5-digit or higher resolution for calibration work or precision measurements, look at the Siglent SDM3055 or SDM3065X. The boot failure reports, while not widespread, might concern anyone who needs absolute reliability in a production environment. And if you are sensitive to relay clicking sounds, this meter clicks noticeably when changing ranges.
6. Rigol DM3058E – Best 5.5-Digit Professional Multimeter
Rigol DM3058E Digital Multimeter,5.5 Percision,123 rdgs/s Fastest Rate,USB/RS232 Connectivity,Maximum Measurement Range 10A…
5.5 Digit
True RMS
123 rdgs/sec
LXI Compliant
USB/RS232
3yr Warranty
✓ The Good
- Real 5.5 digit readings resolution
- Bright easy to read display
- First LXI compliant 5.5 digit DMM
- Built-in help system
- 3-year warranty for main engine
✕ The Bad
- Turns on automatically when powered
- No power state memory
- Continuity reading is slow
- Screen may flicker over time
The Rigol DM3058E steps up to true 5.5-digit resolution, giving you 120,000 counts of measurement precision. This is the meter I reach for when I need more digits than the 4.5-class instruments can provide. Rigol built this as the first 5.5-digit digital multimeter to pass the LXICriterion, which makes it a strong candidate for integrated test systems.
At up to 123 readings per second, the DM3058E captures data fast enough for most production and engineering applications. The display is bright and easy to read, and the intuitive control layout means you can start measuring without spending an hour with the manual. The UltraSensor software provides a convenient interface for sensor-based measurements.
I particularly like the 10 groups of preset configuration memory. If you regularly switch between measurement setups, being able to save and recall configurations saves significant time. The built-in help system is a nice touch that answers common questions without reaching for documentation.
The biggest annoyance is the power behavior. The DM3058E turns on automatically whenever AC power is applied, with no memory of its previous power state. This means if the power blinks or you plug it into a switched outlet, it comes back on regardless. The continuity function is also slower than I would like, which is frustrating for troubleshooting work. Some long-term users report screen flickering developing over time.
Who Should Buy the Rigol DM3058E
Engineers and technicians who need 5.5-digit resolution for R and D, quality assurance, or calibration-adjacent work will find the DM3058E delivers excellent value. The three-year warranty on the main engine provides confidence for long-term use. If you are building a semi-automated test bench, the LXI compliance and SCPI support make integration straightforward.
Anyone comparing Siglent versus Fluke versus Rigol for a mid-range bench DMM should put the DM3058E on the shortlist. It offers resolution that competitors at this price often cannot match.
Who Should Look Elsewhere
If you frequently use continuity testing as part of your workflow, the slow response will become a real annoyance. Labs that need the meter to maintain power state through outages should look at models with non-volatile power settings. And if you want a modern TFT display instead of a traditional LCD, the Siglent SDM3065X offers a better screen.
7. B&K Precision 2831E – Best Dual-Display Bench Multimeter
BK Precision 2831E True RMS Bench Digital Multimeter
True RMS
Dual LCD
IEC 61010
CAT I 1000V
Simultaneous V and I
✓ The Good
- Intuitive layout of controls
- Perfect display brightness
- Zero drift at any temperature
- AC+DC measurement capability
- Simultaneous current and voltage measurement
✕ The Bad
- Chassis too deep for many benches
- Slow 1-second continuity response
- Reports of failure after 3 years
- Display locks up occasionally
The B&K Precision 2831E is built for people who need to monitor two parameters simultaneously. The dual LCD lets you display voltage and current readings at the same time, which eliminates the need for two separate meters when characterizing circuits. B&K Precision has been a trusted name in test equipment for decades, and the 2831E reflects that institutional experience.
I found the control layout immediately intuitive. Every function has a dedicated button or switch position, with no hidden menus or shift functions to memorize. The display brightness hits the sweet spot: bright enough to read clearly without washing out in dim environments. The zero drift across temperature changes speaks to solid internal voltage reference design.
The AC+DC measurement capability is a feature I did not realize I needed until I had it. For radio frequency work and audio electronics, being able to see the total RMS value of a signal that contains both AC and DC components saves a manual calculation step. The dB and dBm display modes are a welcome bonus for anyone working with amplifiers or signal chains.
The main drawback is physical. At 17.3 inches deep and 5.5 pounds, the 2831E takes up serious bench real estate. It will not fit on a standard shelf without overhanging the edge. The continuity response is slow at about one second, and there are concerning reports of units failing after three years of light use.
Who Should Buy the B&K Precision 2831E
If you regularly need to monitor voltage and current at the same time, the 2831E eliminates the need for a second meter. RF and audio engineers will appreciate the AC+DC measurement and dB display modes. The IEC 61010 safety certification and CAT I 1000V rating provide confidence for high-voltage work.
Schools and training labs benefit from the straightforward interface. Students can sit down and start measuring without a long orientation period, which makes the 2831E an excellent teaching instrument.
Who Should Look Elsewhere
If your bench space is limited, the deep chassis will be a problem. The reports of failure after a few years are concerning for anyone who needs long-term reliability. The lack of modern connectivity like USB or LAN means you cannot easily log data to a PC, which limits its usefulness in automated test setups.
8. Siglent SDM3055 – Best 5.5-Digit Bench Multimeter Overall
Siglent Technologies SDM3055 5.5 Digit Digital Multimeter, White/Grey
5.5 Digit
True RMS
2/4 Wire R
150 rdgs/sec
USB Host/Device/LAN
✓ The Good
- Excellent display that is easy to read
- 4-wire resistance testing works great
- Histogram and trend chart features
- Very precise readings
- Professional quality build
✕ The Bad
- Takes 15 seconds for low range stabilization
- Power input factory set to 220V on some units
- Carry handle feels cheap
- Firmware freeze issues with data saving
The Siglent SDM3055 is the bench multimeter I keep coming back to. With true 5.5-digit resolution delivering 240,000 counts, it provides enough precision for demanding electronics work without venturing into lab-grade pricing. The EEVblog community regularly recommends this as the best value in bench DMMs, and after extended testing, I understand why.
The display is one of the best in its class. Large, clear digits with dual-display capability mean you can watch two parameters simultaneously. The trend charting and histogram features are genuinely useful tools for spotting drift or intermittent behavior in circuits. I used the trend chart to track a power supply’s warm-up drift over 30 minutes and could see the stabilization pattern clearly.
Four-wire resistance measurement is a feature that separates this meter from most competitors at its price. When you need to measure low resistances accurately, the four-wire method eliminates lead resistance from the equation, and the SDM3055 executes it well. The cold junction compensation for thermocouple temperature measurements is accurate and convenient.
The connectivity suite covers all the bases: USB Host for thumb drives, USB Device for PC connection, and LAN for networked bench integration. At 150 readings per second, it captures enough data points for most engineering applications. The included power cord and well-built enclosure give it a professional feel that matches its performance.
Who Should Buy the Siglent SDM3055
For engineers and serious hobbyists who need 5.5-digit resolution without spending four figures, the SDM3055 is the top recommendation. The trend charts, histogram, and 4-wire resistance make it one of the most feature-rich bench multimeters at its price point. If you do precision electronics work, circuit validation, or component testing, this meter has the accuracy and features to support it.
The 149 customer reviews with a 4.6-star average confirm that the community consensus matches my experience. This is a reliable, well-built instrument that punches well above its price class.
Who Should Look Elsewhere
If you cannot tolerate a 15-second stabilization time on low ranges, look at the higher-end Siglent SDM3065X or a Keysight model. The firmware freeze issues when saving data, while not universal, could disrupt long logging sessions. Anyone purchasing from North America should verify the power input voltage switch is set correctly before first use.
9. Siglent SDM3065X – Best High-Resolution 6.5-Digit Multimeter
Siglent Technologies SDM3065X 6 ½ Digit Digital Multimeter, DMM
6.5 Digit
2.2M Counts
4.3in TFT LCD
EasyDMM Software
USB/LAN/GPIB
✓ The Good
- Real 6.5 digit resolution with 2.2M counts
- Excellent stability when configured properly
- Adjustable continuity threshold and buzzer volume
- Diode test mode goes up to 4V
- Ethernet remote control capability
✕ The Bad
- SCPI documentation has errors
- Remote command response can take 2 seconds
- Reports of receiving refurbished units sold as new
- Startup screen freezing on some units
The Siglent SDM3065X pushes into serious measurement territory with real 6.5-digit resolution delivering 2,200,000 counts. This is the kind of precision that used to require spending several thousand dollars on a Keysight or Fluke reference meter. The 4.3-inch TFT color display is a significant upgrade over the monochrome screens on cheaper models, with clear menus and readable digits even from a distance.
I found the stability impressive once the meter warmed up and settled. Readings held steady to the last digit on DC voltage measurements, which is exactly what you expect from a 6.5-digit instrument. The adjustable continuity threshold and buzzer volume are small touches that show Siglent put thought into the user experience. The diode test mode going up to 4 volts covers LEDs and most semiconductor junctions.
The EasyDMM software provides a graphical interface for remote control and data logging over USB or LAN. The optional USB-GPIB adapter lets you integrate the SDM3065X into legacy test systems that require GPIB connectivity. Measurement functions cover DC voltage up to 1000V, DC current up to 10A, and True-RMS AC measurements on both voltage and current.
The main concerns center around quality control and documentation. Several users reported receiving units that appeared refurbished despite being sold as new, with expired calibration dates. The SCPI documentation contains errors that make automated programming frustrating. And the MEAS:VOLT command takes almost two seconds to return a reading, which is puzzlingly slow for a meter this capable.
Who Should Buy the Siglent SDM3065X
Labs and engineers who need 6.5-digit resolution for precision measurements, calibration work, or research will find the SDM3065X delivers remarkable value compared to name-brand alternatives. If you have been considering a Keysight 34461A but cannot justify the price, the SDM3065X offers similar resolution at a fraction of the cost.
Anyone building a test rack with LAN connectivity will appreciate the network control capability. The TFT display is the best in this roundup, making long measurement sessions more comfortable.
Who Should Look Elsewhere
If you need bulletproof documentation for automated test development, the SCPI errors will cost you debugging time. The reports of refurbished units sold as new are a red flag for anyone who needs guaranteed new stock with valid calibration. Labs that require NIST-traceable calibration documentation should verify that the included paperwork meets their requirements before purchasing.
10. Rigol DM3068 – Best Premium 6.5-Digit Lab Multimeter
Rigol DM3068 6 1/2 Digit Benchtop Digital Multimeter
6.5 Digit
2.4M Counts
Trend View
Any Sensor
SCPI Agilent/Fluke
✓ The Good
- History recording great for battery testing
- High resolution up to 2.4M counts
- Trend View for capturing drift
- Capacitance range 1pF to 0.1F
- SCPI compatible with Agilent and Fluke modes
✕ The Bad
- Outdated LCD display design
- Large footprint on the bench
- Logging limited to 5000 values
- Rear fuse not user-replaceable
- Fan noise on some units
The Rigol DM3068 rounds out our list as the premium option for labs that need maximum resolution and established compatibility. With 6.5-digit resolution delivering up to 2,400,000 counts, it provides the highest display resolution in this lineup. The SCPI language is compatible with both Agilent and Fluke command sets, making it a drop-in replacement in many automated test systems.
I found the Trend View feature particularly useful for battery discharge testing. Being able to watch voltage drop over time on a graphical display tells you more about battery health than any single reading. The Any Sensor function lets you connect various sensor types and display scaled readings, which extends the meter’s utility beyond basic electrical measurements.
The capacitance measurement range spans from 1 picofarad to 0.1 farad, which covers everything from tiny ceramic capacitors to large electrolytics. History recording stores up to 5,000 readings with elapsed time stamps, giving you a detailed record of measurement sessions. The LAN, USB, and RS-232 communication options provide flexibility for integration.
However, the DM3068 shows its age in several ways. The LCD display looks dated compared to the TFT screens on modern Siglent models. The unit is large, occupying significant bench space. The logging function stops at 5,000 values and cannot be set to loop, which limits long-term data capture. And the rear 200mA fuse is not user-replaceable, meaning a blown fuse requires factory service.
Who Should Buy the Rigol DM3068
Established labs that run Agilent or Fluke-based automated test systems will appreciate the SCPI compatibility that lets the DM3068 integrate without rewriting test scripts. The high resolution and Trend View make it suitable for precision characterization work, especially battery testing and component aging studies.
If your workflow involves long monitoring sessions where you need to see how a parameter changes over minutes or hours, the Trend View display is genuinely valuable. The UL 61010-1 and IEC 61010-2-030 certifications with NIST-traceable calibration meet most professional lab requirements.
Who Should Look Elsewhere
If aesthetics and a modern display matter to you, the Siglent SDM3065X offers a much better screen at a similar price. The 5,000-reading logging limit is restrictive for extended data capture sessions. Anyone who values compact bench equipment should note that the DM3068 is one of the larger units in this comparison. And if you regularly blow fuses, the non-replaceable rear fuse will eventually send the meter in for service.
How to Choose the Best Bench Multimeter for Your Needs
Picking the right benchtop digital multimeter comes down to understanding what you actually need versus what looks impressive on a spec sheet. I have seen people overbuy resolution they never use and underbuy connectivity they desperately need. Here is a straightforward guide to the factors that matter most.
Digit Resolution and Counts: How Many Do You Really Need?
Digit resolution is the most advertised spec on any bench multimeter, but more digits are not always better. A 4.5-digit meter (50,000 counts) gives you 0.01 percent resolution, which covers hobby electronics, general testing, and most engineering work. Moving to 5.5 digits (240,000 counts) gets you 0.005 percent resolution, which matters for calibration-adjacent work and precision component matching.
Going to 6.5 digits (2 million-plus counts) is only worthwhile if you are doing reference-grade measurements, calibration lab work, or research that demands maximum precision. The trade-off is that higher resolution meters cost significantly more and require longer settling times to deliver stable readings at the last digit.
For most buyers, a 4.5 or 5.5-digit bench multimeter hits the right balance between capability and cost. The Siglent SDM3045X and SDM3055 are perfect examples of meters that deliver professional-grade resolution without overreaching.
True-RMS: Why It Matters
True-RMS measurement calculates the actual root mean square value of any waveform, not just pure sine waves. If you work with switch-mode power supplies, variable frequency drives, dimmers, or any circuit that generates non-sinusoidal waveforms, True-RMS is not optional. Standard averaging meters can read 20 to 40 percent low on distorted waveforms.
Every meter on this list supports True-RMS measurement, which is a baseline requirement for any serious bench multimeter. The difference between meters lies in bandwidth. Some budget models only maintain True-RMS accuracy up to 1 kHz, while professional units cover 100 kHz or more. Check the bandwidth specification if you work with high-frequency signals.
Auto-Ranging vs Manual Ranging
Auto-ranging meters automatically select the correct measurement range, which is convenient but slower. Manual ranging lets you lock in a specific range, which is faster and avoids the relay clicking that auto-ranging produces. Most modern bench multimeters offer both modes, and I recommend using auto-ranging for general exploration and switching to manual when you need fast, repeatable readings.
Connectivity: USB, LAN, and GPIB
Data connectivity is where bench multimeters separate themselves from handhelds. USB is the minimum you should expect, allowing PC logging and firmware updates. LAN connectivity enables networked control, which is essential if you run multiple instruments from one computer. GPIB remains relevant in established test systems, though new setups typically use LAN or USB instead.
SCPI command support is the standard programming interface for test equipment. If you plan to automate measurements, verify that the meter supports SCPI and that the documentation is accurate. Based on my testing, Siglent and Rigol both support SCPI, though documentation quality varies between models.
Safety Ratings: Understanding CAT Ratings
CAT safety ratings indicate what voltage levels and transient energy the meter can safely handle. CAT I covers electronic circuits without direct connection to mains power. CAT II covers single-phase mains-connected circuits. CAT III covers three-phase distribution and hard-wired installations. For bench work on low-voltage electronics, CAT I 1000V or CAT II 600V is sufficient.
Never use a meter on circuits that exceed its rated CAT level. The internal transient protection, including fuses and MOVs, is designed for specific energy levels. Exceeding those levels can result in arc flash, equipment damage, or personal injury.
Data Logging and Software
If you need to record measurements over time, look for meters with internal memory and PC software support. Internal logging capacity ranges from 1,000 points on budget models to 5,000-plus on professional units. PC-based logging via USB or LAN removes the memory limitation entirely and gives you real-time graphing and export capabilities.
The quality of included software varies widely. Siglent provides functional PC applications with their higher-end models, while budget brands often include basic utilities that handle data export but little else. Third-party applications like Sigrok support many bench DMMs and provide more capable analysis tools than manufacturer software.
Frequently Asked Questions About Bench Multimeters
What are the benefits of a bench multimeter compared to a handheld?
Bench multimeters offer several advantages over handheld models. They run on AC power so you never deal with dying batteries during long sessions. The larger displays show more digits and often display two measurements simultaneously. Bench units typically offer higher resolution, better accuracy, and more connectivity options like USB, LAN, and GPIB for data logging and PC control. They also tend to include advanced features such as trend graphing, statistics, and 4-wire resistance measurement that most handhelds lack.
Which bench multimeter should I choose?
Your choice depends on your needs and budget. For hobbyists and students, the Crenova 8045 Mini or OWON XDM1241 provide excellent value under $200. For serious electronics work, the Siglent SDM3045X offers the best balance of features and price. Engineers needing higher precision should consider the Siglent SDM3055 with 5.5-digit resolution or the SDM3065X for 6.5-digit lab-grade measurements.
Is a cheap bench multimeter worth it or should I get an oscilloscope instead?
A bench multimeter and an oscilloscope serve different purposes and you eventually need both. A multimeter excels at precise voltage, current, and resistance measurements with high accuracy. An oscilloscope shows signal waveforms over time. If you can only buy one, a decent bench multimeter like the Crenova 8045 Mini or OWON XDM1041 gives you more measurement capability per dollar for general electronics work. Add a scope later when you need to visualize signal behavior.
What is the best value bench multimeter for hobbyists?
The Siglent SDM3045X is widely regarded as the best value bench multimeter for hobbyists, offering 4.5-digit resolution, True-RMS, dual display, USB and LAN connectivity, and a calibration certificate. For a tighter budget, the OWON XDM1241 delivers 55,000 counts and data logging. The Crenova 8045 Mini is the most affordable option with True-RMS accuracy and USB data logging.
How many counts or digits do I need in a bench multimeter?
For hobby electronics and general testing, 4.5 digits (50,000 counts) is sufficient. For precision component matching and serious engineering work, 5.5 digits (240,000 counts) provides meaningfully better resolution. Reserve 6.5-digit meters for calibration lab work and reference measurements where you need maximum precision. Most users get the best value from a 4.5 or 5.5-digit meter, as higher resolution comes with diminishing returns for typical bench work.
Final Thoughts on the Best Bench Multimeters in 2026
Choosing the best bench multimeter comes down to matching the instrument to your actual workflow. After testing all ten meters in this guide, a few clear winners emerged. The Siglent SDM3045X remains my top recommendation for most buyers, offering an unbeatable combination of calibration certification, triple connectivity, and 150-readings-per-second speed at a mid-range price.
For those who need more precision, the Siglent SDM3055 delivers 5.5-digit resolution with trend charting and 4-wire resistance at a price the EEVblog community consistently praises. Budget-conscious builders should look at the Crenova 8045 Mini or OWON XDM1241, both of which bring True-RMS accuracy and USB data logging to the table at entry-level pricing.
No matter which bench multimeter you choose, moving from a handheld to a dedicated bench unit will transform your testing workflow. No more battery anxiety, more digits on screen, and the ability to log and analyze data opens possibilities that a portable meter simply cannot match. Pick the meter that fits your budget and resolution needs, and start measuring with confidence.
