LSINC CORPORATION OVERVIEW
Located & Manufactured in Alabama, USA
Designs high-precision industrial printers for cylindrical surfaces
Engineered by experts trusted in aerospace, defense & commercial industries
Cylindrical bottle printing for perfume, cosmetics, beverage, and industrial applications
LSINC CORPORATION PRINTERS
PeriOne
- Single print tunnel.
- Perfect for customization, samples, or boutique production runs.
PeriQ360
- Four print tunnels
- Automated cylindrical printer
- Suited for mass-volume production
Perivallo360m
- Single Print Tunnel
- Printheads adapt to contours for seamless full-range printing.
LSINC PRODUCT COMPARISON
| Feature | PeriOne | PeriQ360 | Perivallo360m |
|---|---|---|---|
| Full-Color UV Printing | ✔ 360° CMYK | ✔ 360° CMYK | ✔ 360° CMYK + White + Varnish |
| Different Shapes | ✔ Round / Tapered | ✔ Round / Tapered | ✔ Round / Tapered / Contoured |
| Clear Bottles (No White Base) | ✔ Barrier-free multi-layer | ||
| Textured Effects | ✔ Emboss / Varnish | ||
| Personalized Printing | 1 design at a time | Up to 4 designs at a time | 1 design at a time |
| Color Accuracy (G7) | ✔ Precision G7 calibrated | ||
| Feed System | Manual | Semi-Auto | Manual |
| Material Handling | 1 object | 4 objects | 1 object + Servo-driven mandrels |
| Operators | 1 | 1 – 2 | 1 |
| Production Speed | 282/hr | 1,146/hr | 174/hr |
| Production Scale | Low – Mid volume | High volume | Low – Mid volume |
| Bottle Size Range | Up to 6” Ø × 18” H | Up to 4.5” Ø × 14” H | Up to 5.5” Ø × 12” H |
| Materials | Glass, Plastic, Metal, Wood, Paper, Ceramic | ||
| Summary | Low – Mid volume Basic Bottles Printing |
Automated / High Output Basic bottle production |
Low – Mid volume Ability to handle contoured materials. |
LSINC INSIGHTS & ROI
| Category | PeriOne | PeriQ360 | Perivallo360 |
|---|---|---|---|
| Production per Hour | 282 bottles | 1,146 bottles | 174 bottles |
| Production per 8-Hour Shift | 2,256 bottles | 9,168 bottles | 1392 bottles |
| Production per 16-Hour Shift | 4,512 bottles | 18,336 bottles | 2,784 bottles |
360° Printing
Full wraparound print coverage for cylindrical products.
Full Range
Supports different bottle sizes, shapes, and finishes.
Full Color UV Inkjet
High-quality color output directly on the object surface.
Contours
Cylinders
Tapers
Multiple Shapes
Designed for cylinders, tapered products, and contoured objects.
FAQ
Direct-to-Object printing is a UV inkjet process that prints high-resolution graphics directly onto three-dimensional objects, eliminating the need for labels, transfers, or secondary decoration methods.
DTO systems are designed for a wide range of objects including glass bottles, metal containers, plastic parts, tumblers, and other cylindrical or contoured products.
-
Yes. The technology supports true 360° helical printing on cylindrical and tapered surfaces with precise alignment and seamless output.
-
Common materials include glass, coated metals, plastics, and ceramics. Some substrates may require pre-treatment or primers to ensure optimal ink adhesion.
UV-cured inks provide excellent durability, offering resistance to scratching, handling, and certain chemicals, making them suitable for commercial and retail applications.
Both. The process supports short runs, customization, and scalable production depending on requirements.
Yes. Multi-layer printing enables raised, tactile, and textured finishes that simulate embossing directly on the object surface.
Yes. Extremely uneven, highly curved, or very soft materials may affect print consistency. Some surfaces may require pre-treatment or primers.
Yes. The system is designed for accurate 360° printing on both straight cylindrical and tapered surfaces.
Yes, with the appropriate attachments or setups, DCS printers can handle a variety of shapes including cylindrical items.
Yes. White ink can be used as a base layer to ensure color vibrancy on dark or transparent materials.
The prints are UV-cured and designed to withstand handling and normal use. Durability may vary depending on the surface and environment.
Objects with extreme curves, deep recesses, or inconsistent diameters may not be ideal. Each product should be evaluated for print feasibility.
