Frequently Asked Questions
Find answers to common questions about our products, services, and support
Code 128 is a high-density, linear (1D) barcode standard recognized for its exceptional accuracy and versatility. Unlike simpler barcode types, Code 128 is highly flexible and can encode a wide range of data, including:
Numeric data (0–9)
Alphanumeric data (both upper and lower-case letters)
Special characters ($ % @ # ! etc.)
Control characters
Its ability to pack a large amount of information into a compact space makes it the industry standard for logistics, shipping, and inventory management.
The Quiet Zone is the mandatory blank margin on both the left and right sides of a barcode.
It acts as a vital "buffer" that tells the scanner exactly where the data starts and ends. For a reliable scan, this area must be kept completely clear; if the zone is too small or has text and graphics bleeding into it, the scanner will be unable to distinguish the barcode from its surroundings, resulting in a "no-read."
** As a general rule, the quiet zone should be at least 10 times the width of the narrowest bar or a minimum of 3mm to 6mm to ensure compatibility with all scanners.
The Ultimate Barcode Quality Checklist
Brought to you by Gold Star Computer Co. (gsq8.com)
1. The Visibility Check (Contrast & Colors)
[ ] High Contrast: Ensure the barcode is black on a white or very light background.
[ ] Color Safety: Avoid using red, orange, or yellow for the bars. (Scanners use red light and cannot "see" these colors).
[ ] No "Ghosting": Confirm the print is crisp and dark with no fading, streaks, or white lines.
2. The Geometry Check (Size & Placement)
[ ] Quiet Zones: Is there at least 3mm to 6mm of clear white space on both the left and right sides of the barcode?
[ ] Flat Surface: Ensure the label is placed on a flat area. Avoid folds, seams, or sharp corners.
[ ] Orientation: For curved surfaces (like bottles), print the barcode vertically (Ladder Style) rather than horizontally (Picket Fence).
3. The Material Check (Durability)
[ ] Environment Match: For outdoor or chemical use, are you using Thermal Transfer (with a ribbon) and Synthetic/Polyester material?
[ ] Adhesive Strength: For cold storage products, ensure the label is "Freezer Grade."
[ ] Smudge Test: If you rub the label firmly and it smears, you may need a higher-grade ribbon (Wax-Resin or Resin).
4. The Data Check (Accuracy)
[ ] Human-Readable Text: Is the text/number clearly visible beneath the bars?
[ ] Correct Format: Are you using the right symbology? (e.g., Code 128 for internal assets or EAN/UPC for retail).
[ ] Resolution: Is the printer density set to at least 300 DPI for small or high-density labels?
5. The "Golden Rule" Test
[ ] Test Scan: Have you scanned the printed label with a physical scanner (not just a phone app) to ensure it pulls the correct data instantly?
To get a perfect print every time, please follow these settings in your print dialog:
Scale: Select Actual Size (or manually enter 100%).
Fit to Page: Ensure this box is Unchecked.
Paper Size: Verify it matches your label roll or sheet size exactly.
Adhesives are generally categorized into three types:
- Permanent: Best for shipping and inventory where the label must never come off.
- Removable: Ideal for retail items or glass where you want the customer to peel the label off without leaving sticky residue.
- High-Tack: Necessary for rough surfaces like wood, tires, or industrial machinery.
Code 128 is one of the most flexible barcode formats available today. It supports the entire ASCII character set, allowing you to store:
Letters: A–Z and a–z (case-sensitive)
Numbers: 0–9
Symbols: Full range of special characters
Reliability: It features a mandatory check digit to ensure 100% scanning accuracy.
| Feature | Desktop Printers (e.g., ZD220, PC42t) | Industrial Printers (e.g., ZT411, ZT610) |
Daily Volume | < 1,000 labels | 1,000 to 10,000+ labels |
Duty Cycle | Intermittent (Short bursts) | Continuous (24/7 capable) |
Construction | Plastic / Composite | Heavy-duty Metal Frame |
Ribbon Length | 74m to 300m | 450m to 600m+ |
Max Speed | 4 – 6 inches per second | 10 – 14+ inches per second |
1. Desktop Printers (The Compact Choice)
Best For: Retail shops, small offices, and healthcare clinics.
Labels Per Day: Recommended for 50–500 labels.
Pros: Small footprint, affordable price, and easy to move.
Cons: Smaller ribbon and label rolls mean you have to stop and reload more often. They can overheat if you try to print 2,000 labels in one go.
2. Industrial Printers (The Powerhouse)
Best For: Large warehouses, manufacturing, and distribution centers.
Labels Per Day: Designed for 1,000 to 5,000+ labels. High-end models (ZT600 series) can handle 10,000+ without a break.
- Pros: Large internal capacity (fewer roll changes), high-speed printing, and better internal cooling. They also support larger label rolls (up to 8-inch outer diameter).
Cons: Significant desk space required and a higher initial cost.
1. Bulk Media Discounts
Desktop printers use smaller ribbon and label rolls. When you buy in bulk for an Industrial printer (e.g., 600-meter ribbons), the cost per label is typically 20-30% lower than the smaller 74m or 300m rolls used in desktops
2. Reduced "Downtime" Labor
If an employee spends 5 minutes changing a roll:
Desktop: Change every 500 labels. (4 changes for 2,000 labels = 20 mins)
Industrial: Change every 3,000 labels. (0 changes for 2,000 labels = 0 mins)
Over a year, this saves hundreds of hours in labor costs.
3. Printhead Longevity
The printhead is the most expensive part of any printer.
Desktop: The motor has to work harder to pull media, often causing uneven wear.
Industrial: These have adjustable Printhead Pressure Toggles. You can fine-tune the pressure to use the minimum heat necessary, which can double the life of the printhead compared to a desktop model.
1. Bulk Media Discounts
- Desktop printers use smaller ribbon and label rolls. When you buy in bulk for an Industrial printer (e.g., 600-meter ribbons), the cost per label is typically 20-30% lower than the smaller 74m or 300m rolls used in desktops.
2. Reduced "Downtime" Labor
If an employee spends 5 minutes changing a roll:
Desktop: Change every 500 labels. (4 changes for 2,000 labels = 20 mins)
Industrial: Change every 3,000 labels. (0 changes for 2,000 labels = 0 mins)
Over a year, this saves hundreds of hours in labor costs.
3. Printhead Longevity
The printhead is the most expensive part of any printer.
Desktop: The motor has to work harder to pull media, often causing uneven wear.
Industrial: These have adjustable Printhead Pressure Toggles. You can fine-tune the pressure to use the minimum heat necessary, which can double the life of the printhead compared to a desktop model.
Absolutely. Brother TZe tapes are engineered to withstand extreme temperatures:
Cold Resistance: Down to $-80°\text{C}$ (Freezer safe)
- Heat Resistance: Up to $150°\text{C}$ (Microwave and industrial safe)
Most TZe tapes are designed to peel off cleanly from smooth, flat surfaces without leaving a messy residue. If a tiny amount of adhesive remains, it can usually be removed easily with a little rubbing alcohol or a mild adhesive remover
| Tape Series | Best Surface |
| Standard TZe | Flat, smooth surfaces (Files, bins, glass). |
| Strong Adhesive (TZe-S) | Textured, rough, or oily surfaces (Toolboxes, plastic bins). |
| Flexible ID (TZe-FX) | Cables, wires, and curved tubing. |
| Fabric Iron-On (TZe-FA) | Clothing, uniforms, and linens. |
- The Process: A thermal printhead heats up in specific patterns.
- The Reaction: When the heated head touches the roll, the chemical coating turns black in those spots, forming your text or barcode.
- Durability: The print tends to fade over 6–12 months, so they aren't ideal for permanent archiving.
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