Dynamic Supply Knowledge Series · Volume 4 · Chapter 4
Previous: Planning Your Production Workspace | Equipment Contents | Next: Screen Printing Press Configurations
Two Approaches to the Same Process
Both manual and automatic presses use screens to transfer ink onto garments. The key difference is how the printing cycle is controlled and how much physical work the operator performs.
Manual Presses: Flexibility and Operator Control
With a manual press, the operator typically loads garments, positions screens, pulls or pushes the squeegee and advances the press. This approach can be well suited to lower-volume work, changing designs and businesses that want a smaller initial equipment investment.
Anatol Thunder and Anatol Lightning
Thunder is the more robust manual option; Lightning offers a lighter-duty alternative. Select between them based on expected use, available space and budget rather than assuming every shop needs the largest press.
Automatic Presses: Repeatability and Throughput
Automatic presses mechanize the printing stroke and indexing cycle. Operators still prepare screens, set registration, load and unload garments, monitor print quality and maintain the machine. Automation can reduce repetitive printing labor and support more consistent output when work volume justifies the investment.
Anatol Volt Series
Automatic Press Families
Dynamic Supply offers Anatol automatic presses across the Volt, Titan and Vector series. Configurations and available options vary by model; verify the exact machine against current manufacturer documentation and the active product listing before quoting capabilities.
- Volt
- A series to evaluate when planning automated garment printing.
- Titan
- An additional automatic press family with different configurations.
- Vector
- An additional automatic press family for production planning.
Electric vs. Pneumatic Automatic Presses
Not all automatic presses use the same drive technology. Understanding how a press moves and controls its printing functions is essential when budgeting for utilities, installation and ongoing maintenance.
Volt: All-Electric
Designed to operate without a shop air compressor for press functions.
Titan: Pneumatic-Based
Uses compressed air; specific electric or servo features depend on the configuration.
Vector: Electric / Pneumatic Hybrid
Uses electric drives for major movements and compressed air for selected functions.
What This Means for Your Shop
Compressed Air
A pneumatic or hybrid press may require a properly sized compressor, air treatment, piping and ongoing compressor maintenance.
Electrical Planning
Every automatic press needs appropriate electrical service. Confirm voltage, phase, amperage and any dedicated circuits for the exact model.
Ownership Costs
Compare purchase price, compressor needs, utilities, maintenance and installation.
Before You Quote
Verify the current manufacturer’s model-specific specifications; drive type alone does not establish production speed or print quality.
Compare the Operating Requirements
| Factor | Manual | Automatic |
|---|---|---|
| Printing stroke | Operator performs each stroke. | Machine performs programmed strokes. |
| Garment handling | Operator loads and unloads. | Operator still loads/unloads unless separately automated. |
| Registration | Set and checked by operator. | Set and checked by operator. |
| Labor | More direct physical printing work. | More setup, loading, monitoring and support work. |
| Best-fit workload | Variable orders and lower volumes. | Repeat work and sustained production volume. |
| Investment | Generally lower initial equipment cost. | Higher equipment and installation commitment. |
Capacity Is More Than a Rated Speed
A quoted maximum speed is not the same as finished garments per hour. Actual production depends on artwork, color count, flash requirements, operator pace, garment handling, setup, quality checks and downtime. Plan from a realistic job mix and measured productive hours.
Supporting Equipment Must Keep Pace
An automatic press cannot increase completed output if the conveyor dryer, screen preparation, garment staging or packing area becomes the bottleneck. Include flash units, air or electrical requirements, installation and operator training in the overall plan.
A Practical Equipment-Selection Example
A shop printing small, frequently changing orders may benefit from the flexibility of a manual press. A shop with regular repeat orders and a consistent production schedule may justify automation. Neither choice is universally better: the right press solves a measurable production need.
Before You Invest
- What is my actual weekly garment volume and average order size?
- How often do designs, screens and garment styles change?
- How much operator time does my current printing process require?
- Can screen preparation, curing and finishing support higher output?
- Do I have sufficient floor space, utilities and trained operators?
- Will the expected labor savings or added capacity justify total ownership cost?
Previous: Planning Your Production Workspace | Equipment Contents | Next: Screen Printing Press Configurations