📍 Los Angeles County & SoCal
🔧 30+ Years Experience
🎥 Broadcast Monitor Specialist
🏢 TEK Media Group
🇺🇸 WE WORK LOCALLY & NATIONWIDE 🇺🇸
Los Angeles • Southern California • Shipping Available Across the United States
📋 A NOTE FROM MY WORKBENCH: The Sony LMD-A240 is a professional-grade LCD broadcast monitor containing high-voltage power supplies and sensitive LCD panel driver circuitry. Over my 30+ years in this field, I've developed specialized techniques for restoring these monitors safely and correctly. I have the factory documentation, test equipment, and parts access needed for proper restoration. I also serve customers nationwide – secure shipping available.
⚠️ CRITICAL WARNING – SONY LMD-A240 SPECIFIC: This monitor contains high-voltage sections that can retain dangerous charge even after power-off. The LCD panel and backlight assembly are sensitive to static discharge. I use proper ESD precautions and follow Sony factory service procedures. Do not attempt internal repairs unless you are a qualified technician.
About the Sony LMD-A240 & My Approach
The Sony LMD-A240 is a 24-inch professional LCD broadcast monitor from Sony's acclaimed LMD-A series. Featuring a 1920x1080 IPS LCD panel with LED backlight, this monitor delivers excellent color accuracy, wide viewing angles, and professional broadcast features. It supports 3G-SDI, HDMI, and composite inputs, making it essential for broadcast, post-production, and medical imaging applications. I've restored hundreds of professional broadcast monitors over three decades, and I treat each LMD-A240 with the same meticulous care I'd give my own gear. I use premium replacement components and follow factory service procedures to ensure your monitor performs to original specifications.
✅ WHY TRUST TEK MEDIA GROUP WITH YOUR SONY LMD-A240:
- 30+ Years of Hands-On Broadcast Monitor Restoration Experience
- Specialized Knowledge of Sony LMD-A Series Monitor Systems
- Full Power Supply Rebuild & Main Board Recap
- LCD Panel Evaluation & Backlight Service
- Precision Color Calibration (Rec.709, DCI-P3, BT.2020)
- 3G-SDI & HDMI Input Board Service
- Firmware Updates & Control Board Service
- Every Monitor Gets My Personal Attention – No Assembly Line
- 90-Day Warranty on All Work
- Nationwide Service – Secure Shipping Available Across All 50 States
Restore Your Sony Professional Broadcast Monitor
Click below to start your service ticket – I'll respond within 24 hours. Nationwide shipping available.
🎫 START A SERVICE TICKET 🎫
Or call me directly: (818) 244-4440
Complete Sony LMD-A240 Restoration Services I Offer
🔍 Full Diagnostic & Evaluation Complete assessment, power supply check, LCD panel evaluation, input testing, color accuracy measurement
⚡ Power Supply Rebuild Replace all electrolytic capacitors, check bridge rectifiers, test voltage regulators, verify standby voltages
🎛️ Main Board & Processing Recap Full recap of main board, video processing board, and control board electrolytics
🖥️ LCD Panel & Backlight Service Evaluate panel for dead pixels, backlight uniformity, color shift; replace backlight LEDs if needed
🎨 Precision Color Calibration Calibrate to Rec.709, DCI-P3, or BT.2020 using professional colorimeter (Calman or ColourSpace)
📡 Input Board Service Test and repair 3G-SDI, HDMI, and composite inputs; check signal detection and switching
🔧 Firmware & Control Service Update firmware to latest version, check OSD controls, verify remote control operation (RS-232/GPI)
🏆 COMPLETE FULL RESTORATION All services above – your LMD-A240 will perform to original broadcast specifications
💡 WHAT MY RESTORATION INCLUDES: Full electrolytic recap (power supply + main board) • LCD panel evaluation • Backlight inspection • Color calibration with professional colorimeter • Input board testing • Firmware update • Control board service • 90-day warranty.
🔧 Professional Tips & Troubleshooting Techniques – From My Workbench
After 30+ years of repairing broadcast monitors, I've compiled these proven tips and techniques. These are based on my hands-on experience with the Sony LMD-A240 and similar models.
💡 TIP #1: No Power / Won't Turn On – My Step-by-Step Approach
- First, verify AC input voltage (100-240V) and check the IEC power cord – I've seen many "dead" monitors that just had a bad cord.
- Check the main fuse on the power supply board – if blown, there's likely a short in the primary section. I replace it once and if it blows again, I know to check the switching MOSFETs and bridge rectifier.
- Inspect the standby power supply – measure 5V standby rail. If missing, I check the startup resistors and PWM controller IC.
- Common failure I see: Primary-side electrolytic capacitors on the power supply board – I always replace these with 105°C low-ESR types regardless of appearance.
- Check the main relay – if not engaging, I suspect either the power supply or a short on the main board.
- Test all voltage rails: +24V (panel driver), +12V (main board), +5V (logic), +3.3V (processing).
💡 TIP #2: LCD Backlight Issues (Dim, Flickering, or No Backlight)
- The LMD-A240 uses LED backlighting – if dim or flickering, first check the backlight driver board and its electrolytic capacitors.
- Measure the LED backlight voltage – typically 24-48V depending on brightness setting. Low voltage indicates driver board issues.
- Replace all capacitors on the backlight driver board – I've fixed countless dim displays this way.
- If individual LED strips fail, I can replace them. I have access to genuine Sony replacement backlight assemblies.
- Check the backlight enable signal from the main board – if missing, the issue is on the main board, not the backlight driver.
💡 TIP #3: Dead Pixels or Stuck Pixels – Honest Assessment
- I run a pixel-exercise pattern (rapid color cycling) for several hours – this can sometimes unstick pixels. I have a dedicated test pattern generator for this.
- For dead pixels (black), there is no reliable repair – panel replacement is the only option. I'm honest with clients about this.
- Sony's specification allows for a small number of dead pixels (typically 3-5) before the panel is considered defective. I can verify if your panel meets spec.
- If the monitor has many dead pixels, the LCD panel is failing. I can source genuine Sony replacement LCD panels.
💡 TIP #4: Color Inaccuracy / Poor Calibration – My Calibration Protocol
- I use a professional colorimeter (X-Rite i1Display Pro or Klein K10-A) with Calman or ColourSpace software – consumer tools aren't accurate enough for broadcast work.
- Access the service menu by pressing "MENU" + "ENTER" simultaneously during power-up (I have documentation for all firmware variants).
- I calibrate using internal test patterns (Color Bars, Grayscale, 100% White). Always warm up the monitor for at least 60 minutes before calibration.
- Adjust "White Balance" (Gain and Bias) for D65 (6500K) color temperature – I target Delta E < 1.0.
- Set "Gamma" to 2.4 for broadcast or 2.2 for computer graphics. I ask clients about their specific workflow.
- If color drifts over time, I've found that aging electrolytic capacitors on the video processing board are often the culprit – I replace them as part of my restoration.
💡 TIP #5: No Signal / Input Not Detected – Systematic Diagnosis
- I always check input cables first – SDI and HDMI cables fail more often than people realize.
- Test all inputs (SDI 1, SDI 2, HDMI, Composite) to isolate the problem to a specific input board.
- For SDI input issues: The SDI equalizer IC (typically LMH0034 or similar) is prone to static damage. I've replaced hundreds of these.
- For HDMI issues: The HDMI receiver IC often fails due to hot-plugging. I reflow solder joints first; if that doesn't work, I replace the IC.
- Inspect input selector relays or multiplexers – they can develop high contact resistance. I've had good success cleaning them with DeoxIT.
- Check the main video processor IC for cold solder joints – I use a hot air station to reflow them carefully.
💡 TIP #6: Flickering Image / Intermittent Display – What I've Learned
- First, I reseat all ribbon cables connecting the main board to the panel driver board – this fixes about 30% of intermittent issues.
- Inspect the LCD panel driver board for cracked solder joints on the connector pins – I reflow them with a fine-tip iron.
- Measure the panel supply voltage – ripple indicates bad filter capacitors. I replace them immediately.
- Check VCOM voltage – this is critical for LCD stability. I use an oscilloscope to verify it's clean.
- I replace all electrolytic capacitors on the panel driver board as a matter of course – they degrade from heat and cause flickering.
- If flickering is input-dependent, I focus on the input board or video processor.
💡 TIP #7: OSD / Menu Not Displaying – My Troubleshooting Flow
- Check the front panel control board ribbon cable connection to the main board – I've seen these come loose during shipping.
- Inspect the microcontroller on the front panel – I reflow solder joints if necessary.
- If OSD is missing but video displays, the OSD overlay mixer IC may be faulty. I can replace this IC – I keep them in stock.
- Check for corrupted firmware – I can reload factory firmware via the service port using my programming equipment.
- Replace electrolytic capacitors on the front panel control board – this fixes many OSD issues.
💡 TIP #8: Audio Issues (No Sound / Distorted) – My Approach
- Check audio source and cables first – SDI carries embedded audio, HDMI carries audio. I test with known-good sources.
- Inspect the audio amplifier IC on the main board – I measure speaker outputs for DC offset. If I see DC, the IC is likely blown.
- Check the audio DAC and associated op-amps – I've replaced many of these over the years.
- Replace electrolytic capacitors in the audio signal path – they cause distortion when aged. I use Nichicon FG or Elna Silmic II for audio path caps.
- Test the headphone jack for shorts – it has a switching contact that can fail. I can bypass or replace it.
💡 TIP #9: Remote Control / RS-232 / GPI Not Working – My Fixes
- Check RS-232 cable wiring – it should be a null-modem configuration. I keep known-good test cables.
- Inspect the RS-232 transceiver IC (typically MAX3232 or similar) – I replace these frequently; they're sensitive to static.
- Verify communication settings: 9600 baud, 8 data bits, 1 stop bit, no parity. I use a serial terminal to test.
- For GPI issues, I check opto-isolators and pull-up resistors – these are easy to test with a multimeter.
- Update firmware – corrupted firmware can cause control interface failures. I keep the latest firmware versions on hand.
💡 TIP #10: Overheating / Fan Noise – What I Do
- The LMD-A240 has a cooling fan – I clean it with compressed air as part of every restoration.
- If the fan is noisy, I replace it with an exact specification replacement (12V, 40mm, 20dB max). I keep these in stock.
- Check for blocked ventilation grilles – dust buildup is a major problem in broadcast facilities. I thoroughly clean every monitor.
- Measure internal temperature using the service menu – excessive heat accelerates capacitor aging. I note this in my report.
- Replace any bulging or leaking capacitors near the power supply – they generate excess heat and indicate deeper issues.
💡 TIP #11: Waveform Monitor / Vectorscope Not Working
- The LMD-A240 includes built-in waveform and vectorscope functions – if missing, I focus on the processing board.
- This function is dependent on the video processor IC – I reflow it with my hot air station; if that fails, I replace the IC.
- Check for firmware corruption – reloading firmware often restores these features. I have the necessary programming hardware.
- Ensure the monitor is not in "User Preset" mode that disables these overlays – I check this first before any hardware work.
💡 TIP #12: My Capacitor Replacement Philosophy
- Common capacitor failures I see: Power supply primary caps (10-15 years), Main board SMD electrolytics (10-12 years).
- I use only 105°C low-ESR capacitors from Panasonic (FC, FM series), Nichicon (PW, HE, HD series), or United Chemi-Con (KY series). No cheap imports.
- For audio signal path caps, I use Nichicon FG, Elna Silmic II, or WIMA films for small values – these improve reliability.
- I replace all capacitors on the power supply board regardless of visual appearance – they age even if not bulging. This is a lesson I learned decades ago.
- I document capacitor polarity before removal with photos – incorrect polarity will cause immediate failure. I'm meticulous about this.
- After recap, I verify all voltage rails and allow 30 minutes of burn-in before full calibration.
⚠️ IMPORTANT SAFETY NOTE FROM MY WORKBENCH: The LMD-A240 contains high-voltage circuits. I always discharge power supply capacitors before servicing. I use proper ESD protection when handling circuit boards. Never touch the LCD panel surface with pressure – it is delicate. These are lessons I've learned over 30 years – please take them seriously.
🔍 Quick Troubleshooting Reference Chart – From My Service Logs
| Symptom | Most Likely Cause | My Fix / Solution |
|---|
| No power, no LED
| Blown fuse, dead power supply
| Replace fuse, recap power supply, check MOSFETs, test PWM controller
|
| LED on, but no display / black screen
| Main board fault, backlight failure, ribbon cable
| Check ribbon cables, test backlight voltage, reflow main processor, check backlight enable signal
|
| Image but no color (black & white)
| Input signal issue, video processor fault, color decoder
| Check source format, test other inputs, reflow video processor, check color subcarrier circuit
|
| Green/magenta tint or color shift
| Color decoder fault, bad caps on video board, calibration lost
| Replace electrolytics on video processing board, recalibrate white balance, check EEPROM
|
| Horizontal or vertical lines on screen
| Panel driver board, ribbon cable, panel failure
| Reseat ribbon cables, inspect driver board for cracked solder, panel replacement if severe
|
| Monitor shuts off randomly
| Overheating, power supply instability, bad thermistor
| Clean fan and vents, replace thermistors, recap power supply, check for shorts on main board
|
| No sync / rolling image
| Sync separator circuit, input signal issue, bad cable
| Check source, test different input, repair sync circuit on video board, replace cable
|
| Dead pixels (individual black spots)
| LCD panel defect
| Run pixel exercise patterns; if unsuccessful, panel replacement is required
|
| Intermittent signal loss
| Bad SDI cable, faulty SDI equalizer, cold solder joint
| Replace cable, reflow or replace SDI equalizer IC, check input connector solder joints
|
| Buttons unresponsive or stuck
| Front panel board, ribbon cable, stuck tact switch
| Clean contacts with DeoxIT, reseat ribbon cable, replace faulty tact switches
|
| Dim display / low brightness
| LED backlight aging, backlight driver failure
| Replace backlight driver board capacitors, replace LED strips if needed, adjust brightness settings
|
Deep Dive: My Sony LMD-A240 Restoration Process
⚡ POWER SUPPLY (Critical for Stability – I Never Skip This)
- Main Filter Capacitors: Large snap-in electrolytics (100-220µF @ 400-450V) – I replace with 105°C, high-ripple types from Nichicon or United Chemi-Con.
- Secondary Side Caps: All low-voltage electrolytics (10-2200µF) are replaced with low-ESR, 105°C rated types (Panasonic FC or Nichicon PW).
- PWM Controller IC: I test and replace if faulty. Common failures I see: UC3842, L6599, or similar. I keep these on hand.
- Power MOSFETs / Diodes: I test switching MOSFETs and rectifier diodes with my component tester, replace if shorted or leaky.
- Standby Power Supply: I rebuild the 5V standby circuit completely – this is critical for proper startup and a common failure point.
🎛️ MAIN BOARD & VIDEO PROCESSING
COMPLETE BOARD SERVICE – MY PROCEDURE:
- Electrolytic Capacitors: All SMD and through-hole electrolytics on the main board are replaced with high-quality Japanese types. I don't cut corners here.
- Video Processor IC: I inspect for cold solder joints under my microscope – reflow with hot air if needed. This IC handles scaling, color processing, and OSD.
- Memory ICs: I check firmware memory (EEPROM/Flash) – corrupt firmware can cause boot failures. I can reprogram these with my programmer.
- Clock Circuit: I verify crystal oscillators (27MHz, 54MHz) for proper frequency using my frequency counter – replace if drifted.
🖥️ LCD PANEL & BACKLIGHT SERVICE
- Panel Driver Board: I replace all electrolytic capacitors on the panel driver board – they run hot and fail prematurely in my experience.
- Ribbon Cable Inspection: I clean and reseat all ribbon cables connecting the main board to the panel driver board using DeoxIT contact cleaner.
- Backlight Driver Board: I recap the backlight driver board and test LED voltage outputs. This is a common failure point.
- Backlight LED Inspection: I evaluate backlight uniformity and brightness – replace LED strips if dim or failing.
- VCOM Voltage Adjustment: I verify and adjust VCOM voltage using my oscilloscope to minimize flicker and optimize image quality.
📡 INPUT BOARD SERVICE
- 3G-SDI Inputs: I test SDI equalizer and reclocker ICs – replace if signal loss is detected. I've done hundreds of these.
- HDMI Input: I check HDMI receiver IC and ESD protection diodes – common failure due to hot-plugging. I keep spares in stock.
- Composite Input: I verify video decoder IC (typically ADV7180 or similar) – replace if no signal detection.
- Input Selection: I test input relays and multiplexers – replace if intermittent. I clean contacts with DeoxIT first.
Common Sony LMD-A240 Problems I Solve Every Day
#1 No Power / Dead Unit
Symptom: No LED, no response, no display.
My Solution: Replace main filter caps, rebuild standby power supply, replace failed PWM controller, check and replace shorted MOSFETs. I've fixed dozens of these.
#2 Dim Display / Backlight Failure
Symptom: Image visible but very dim, uneven brightness, flickering backlight.
My Solution: Replace backlight driver board capacitors, replace LED backlight strips if failed, check backlight enable signal from main board.
#3 Color Inaccuracy / Drift
Symptom: Colors don't match reference, white point is off, skin tones look wrong.
My Solution: Replace aging capacitors on video processing board, perform full color calibration with my professional colorimeter (Calman software).
#4 No Signal Detection (SDI/HDMI)
Symptom: Input not recognized, "No Signal" message on screen.
My Solution: Test input cables, replace SDI equalizer IC, reflow HDMI receiver, check input selector relays. I keep these parts in stock.
#5 Flickering / Intermittent Display
Symptom: Image flickers, dims, or cuts in and out.
My Solution: Replace panel driver board capacitors, reseat ribbon cables, check panel supply voltage for ripple with my oscilloscope.
#6 Dead or Stuck Pixels
Symptom: Individual pixels not lighting (black) or stuck on one color.
My Solution: Run pixel exercise patterns from my test pattern generator; if unsuccessful after 48 hours, panel replacement is required.
#7 Overheating / Fan Noise
Symptom: Loud fan, monitor hot to touch, thermal shutdown.
My Solution: Clean or replace fan, check ventilation paths, replace thermal pads if dried out, verify power supply efficiency.
Sony LMD-A240 – Component Overhaul Database (From My Parts Inventory)
⚠️ Typical restoration: 50-70 electrolytic capacitors replaced across power supply, main board, and panel driver board. I only use premium Japanese components.
POWER SUPPLY BOARD
| Component | Original Type | My Restoration Replacement |
|---|
| Main Filter Capacitor
| 100-220µF @ 400-450V
| 105°C, High-ripple (Nichicon, United Chemi-Con)
|
| Secondary Side Caps
| 10-2200µF @ 16-35V
| Low ESR, 105°C (Panasonic FC / Nichicon PW)
|
| Startup Resistors
| High-value (470k-1M)
| Replace with 1% metal film for accuracy
|
| PWM Controller IC
| UC3842, L6599, or similar
| Genuine replacement IC – I keep stock
|
MAIN BOARD
| Section | Capacitor Count | My Replacement |
|---|
| Power Supply Decoupling
| 15-25 caps
| Low ESR, 105°C (Panasonic FC / Nichicon PW)
|
| Video Signal Path
| 8-12 caps
| Audio Grade (Nichicon FG / WIMA films)
|
| Audio Section
| 6-10 caps
| Nichicon FG or Elna Silmic II – audiophile grade
|
| Control/Logic Section
| 10-15 caps
| Low ESR, long life (Nichicon HE / Panasonic FM)
|
BACKLIGHT DRIVER & PANEL BOARDS
| Component | Action | My Specification |
|---|
| Backlight Driver Caps
| Replace All
| Low ESR, 105°C, high ripple current rating
|
| Panel Driver SMD Caps
| Replace All
| Low ESR, 105°C, 2000-5000 hour rated
|
| Ribbon Cable Connectors
| Clean & Reseat
| Use DeoxIT contact cleaner – I've seen this fix many issues
|
| Thermal Pads
| Replace if dried
| 1.0-1.5mm thermal conductive pads – fresh application
|
Precision Color Calibration Procedure – As I Perform It
🎨 MY CALIBRATION PROCESS FOR LMD-A240 (Step by Step):
- Warm-Up: I power on the monitor for a minimum of 60 minutes before any calibration measurements. This is non-negotiable.
- Colorimeter Used: I use a professional colorimeter (X-Rite i1Display Pro or Klein K10-A) with Calman or ColourSpace software – the same tools used by broadcast engineers.
- White Balance Calibration: I adjust Gain and Bias controls for D65 (6500K) color temperature, targeting Delta E < 1.0. I provide before/after measurements.
- Gamma Calibration: I set gamma to 2.4 (broadcast standard) or 2.2 (computer graphics) based on your workflow. I'll ask about your specific needs.
- Primary Color Check: I verify Red, Green, and Blue primaries against Rec.709, DCI-P3, or BT.2020 standards.
- Grayscale Tracking: I verify grayscale from 10% to 100% luminance, ensuring Delta E < 2 across the entire range.
- Luminance Calibration: I set peak white luminance to 100 cd/m² (broadcast reference) or a custom value you specify.
- Verification: I provide a detailed calibration report showing all before/after measurements. I stand behind my work.
💡 NOTE: Proper color calibration requires professional equipment and software. I've invested in the best tools over my 30+ year career. Your monitor will leave my bench calibrated to broadcast standards.
Sony LMD-A240 Specifications
| Parameter | Specification |
|---|
| Panel Type
| LCD (IPS) with LED backlight
|
| Screen Size
| 24 inches (diagonal)
|
| Resolution
| 1920 x 1080 (Full HD)
|
| Aspect Ratio
| 16:9
|
| Color Gamut
| Rec.709, EBU, SMPTE-C, DCI-P3 (approx 95%)
|
| Inputs
| 3G-SDI (x2), HDMI, Composite, RS-232, GPI
|
| Outputs
| 3G-SDI (loop-through), Composite
|
| Audio
| 2-channel embedded audio (SDI/HDMI), headphone jack, stereo speakers
|
| Power Consumption
| Approx 80W (max)
|
| Weight
| Approx 15 lbs (6.8 kg)
|
Nationwide Service – We Ship Across America
🇺🇸 WE SERVE CUSTOMERS IN ALL 50 STATES 🇺🇸
Ship your Sony LMD-A240 securely to my Los Angeles facility – I'll handle the rest
I've restored broadcast monitors for clients from New York to California, Texas to Washington. Shipping is simple and secure:
- Secure Packaging: I'll provide detailed packing instructions for your LMD-A240 – double-boxing, anti-static foam, and proper labeling.
- Insured Shipping: I recommend fully insured shipping for your valuable broadcast monitor. I work with all major carriers.
- Nationwide Reach: No matter where you are in the United States, I can restore your monitor to factory specifications.
- Communication: I'll keep you updated throughout the restoration process with photos and progress reports.
Frequently Asked Questions – Sony LMD-A240
❓ What makes the LMD-A240 special compared to other monitors?
The LMD-A240 features a 24-inch IPS LCD panel with LED backlight, excellent color accuracy, and professional broadcast inputs. It's widely used in broadcast, post-production, and medical imaging. I've calibrated hundreds of these for major studios and hospitals.
❓ How long does a full restoration take at your shop?
Typically 2-3 weeks depending on parts availability and calibration requirements. Rush service is available – just ask me directly.
❓ Do you really offer nationwide service?
Yes! I serve customers across all 50 states. You can ship your LMD-A240 to my Los Angeles facility securely. I'll provide detailed shipping instructions and work with fully insured carriers.
❓ Can you fix backlight issues on my LMD-A240?
Absolutely. Dim or flickering backlight is one of the most common issues I see. I replace backlight driver capacitors and, if needed, the LED strips themselves.
❓ Do you have spare parts for the LMD-A240?
Yes, over 30 years I've accumulated a stock of power supply components, capacitors, ICs, and input boards for this model. If I don't have it, I know where to get it.
❓ Do you warranty your work?
Yes, 90-day warranty on all parts and labor. I stand behind every restoration I complete. If something isn't right, I make it right.
❓ How do I ship my monitor safely to you?
I'll provide detailed packing instructions. Double-boxing with anti-static foam and fragile labeling is essential. I recommend insurance for the full replacement value.
❓ Do you offer local pickup and delivery in Los Angeles?
Yes, for clients in Los Angeles County, Orange County, Ventura County, Riverside County, and San Bernardino County. Just call me to arrange pickup.
My Service Area – Local & Nationwide
🇺🇸 NATIONWIDE SERVICE AVAILABLE 🇺🇸
Ship your Sony LMD-A240 securely to my Los Angeles facility – I serve customers across all 50 states
Local Service: Los Angeles County, Orange County, Ventura County, Riverside County, San Bernardino County, and surrounding Southern California areas. I offer local pickup and delivery – just give me a call.
Nationwide Service: For customers outside Southern California, I offer secure shipping options. I'll provide detailed packing instructions for your broadcast monitor and work with fully insured carriers. I've restored equipment for clients from New York to Texas to Seattle to Florida.
Los Angeles County: LA Burbank Glendale Santa Monica Hollywood Pasadena Beverly Hills Culver City
Orange County: Santa Ana Anaheim Irvine Costa Mesa Newport Beach Huntington Beach
Nationwide Shipping: New York Texas Florida Illinois Colorado Washington Georgia Tennessee Massachusetts Pennsylvania All 50 States
TEK Media Group — Professional Broadcast Monitor Restoration Since 1994
📞 (818) 244-4440 | ✉️ jt@tekmg.com
Serving Los Angeles, Orange County, Ventura, Riverside, San Bernardino, and nationwide via secure shipping
Specializing in Sony PVM/BVM/LMD, JVC, Panasonic, Ikegami, and Professional Broadcast Monitors
Sony LMD-A240 Specialist • LCD Monitor Restoration • Precision Color Calibration • 30+ Years Experience
Every monitor gets my personal attention – I'm the technician who does the work, not a call center. Nationwide service available – ship your monitor to me today.
