Bernina 700 Embroidery Machine Embroidery File Converter
Convert downloaded embroidery patterns into native .exp format specifically optimized for Bernina 700 Embroidery Machine hoop boundaries.
Drag & Drop your embroidery file here, or browse files
Supports .PES, .JEF, .DST, .EXP, .VP3, .HUS, .XXX (Max 15MB)
Interactive 2D Stitch Simulator
Upload a .PES, .JEF, .DST, or .EXP file above to preview stitch coordinates, thread stops, and hoop bounds in real time.
Bernina 700 Embroidery Machine Hardware & File Specifications
Essential requirements for loading designs without errors.
.exp
Requires conversion if you purchased designs in other formats.
8.3" × 15.7" (210 × 400 mm)
210 × 400 mm physical hoop limit.
FAT32 (MBR)
FAT32 USB drive, .EXP file paired with .INF thread chart
Important Machine Instructions:
- Bernina machines natively process .EXP files.
- Because .EXP contains raw stitch deltas, always copy the companion .INF color sheet generated by ConvertStitch.
- Designs will center automatically on the Bernina virtual hoop display.
Bernina 700 Embroidery Machine Factory Calibration & Tension Manual
Precision tension settings, bobbin gram weights, and needle configurations for high-speed embroidery.
4.5 - 5.5 (Dual Feed Adaptive Tension)
Standard baseline for 40wt polyester thread. Lower slightly for metallic threads.
Bernina Jumbo Bobbin: 22 - 26g
Aim for 1/3 bobbin white thread visible down the center of satin column test underside.
Schmetz 130/705 H-SU Embroidery (75/11 or 80/12)
Replace needle every 8 hours of active stitching or after each major thread break.
Route thread through Bernina pigtail guide above needle clamp to eliminate slack.
Workshop Maintenance Protocol for Bernina
Add 1 drop of Bernina oil to the hook race every 3-4 hours of high-speed embroidery operation.
Bernina 700 Embroidery Machine Supported Embroidery Frames & Hoops
Physical sewing field boundaries and recommended garment placement targets.
| Frame Code | Frame Description | Sewing Field (Inches) | Metric Bounds (mm) | Optimal Garment Placement |
|---|---|---|---|---|
| Small | Small Monogram Hoop | 2 × 2.8 in. | 50 × 72 mm | Delicate initials, collar tips |
| Medium | Medium Oval Hoop | 4 × 5.1 in. | 100 × 130 mm | Polo shirts, garment sleeves |
| Large | Large Oval Hoop | 5.7 × 10 in. | 145 × 255 mm | T-shirt graphics, tote bags |
| Maxi | Maxi Continuous Hoop | 8.3 × 15.7 in. | 210 × 400 mm | Jacket backs, continuous borders |
Engineering Tools & Diagnostics for Bernina 700 Embroidery Machine
Interactive calculators and troubleshooting blueprints tailored for Bernina hardware.
Hoop Size Matrix (8.3" × 15.7" (210 × 400 mm))
Test custom patterns against Bernina 700 Embroidery Machine's 210×400mm boundary before stitching.
Fabric Stabilizer & Needles
Match knits, towels, and leather with optimal backing weights and needle gauges.
Thread Color Converter
Cross-reference Bernina spools with Madeira Polyneon and Isacord 40 catalogs.
Bernina EXP & INF Colors
Generate companion INF color sequence files so Bernina screens show colors.
Hardware USB Transfer Guide: How to Load .exp onto Your Machine
Crucial drive formatting and folder placement steps for Bernina & Melco machines.
Embroidery machines cannot recognize modern exFAT or NTFS filesystems. Use a standard USB 2.0 drive (8GB–16GB recommended) and format it as FAT32 with Master Boot Record (MBR).
Bernina machines require the file placed in the root directory along with the companion .INF color palette file.
Always safely unmount or eject the USB stick from your operating system before unplugging. Premature disconnection corrupts embroidery jump tables.
One-click jump to reverse or companion conversions for PES:
Auto-digitize artwork or generate mockups for EXP:
Detailed compatibility guides for top embroidery hardware:
Fix common embroidery transfer and formatting errors:
Frequently Asked Questions: PES to EXP Conversion
Expert answers to technical embroidery machine and file format questions.
Drag and drop your .pes file into the ConvertStitch dropzone above. The conversion engine runs 100% inside your web browser via Web Workers and typed arrays. It immediately parses the stitch coordinates and creates a machine-ready .exp file for instant download.