Smart Digital Cutting Machine for Small Orders & Sample Production

The Smart Digital Cutting Machine for Small Orders & Sample Production Digital Cutting Machine from the Smart Industrial Bee Series is a versatile, mid-format oscillating knife cutting system engineered for precision, flexibility, and efficient production workflows. Designed to bridge the gap between sampling and scaled production, this model is ideal for manufacturers handling medium-sized materials with frequent design variations.

Request for Quote

The Smart Digital Cutting Machine for Small Orders & Sample Production Digital Cutting Machine from the Smart Industrial Bee Series is designed for manufacturers who require a versatile and intelligent digital cutting solution for small to medium-scale production. The machine is suitable for precision and small batch cutting applications and supports multi-layer material processing with projection positioning and an integrated knife holder system. Its high-speed motion system and robust casting structure ensure stable operation and consistent cutting accuracy.

This model is especially suited for production environments that involve frequent design changes, sample development, prototype cutting, irregular production runs and material optimization requirements.

Mid-size cutting area suitable for both sampling and production runs
Oscillating knife technology for clean and precise cutting
High-precision gear-driven motion system for consistent performance
Strong casting frame ensuring stability and reduced vibration
Multi-layer cutting capability for improved productivity
Projection positioning system for accurate pattern alignment
Optional AI-powered vision system for material recognition
Intelligent nesting software for efficient material utilization
Vacuum adsorption system for secure material holding
Multi-function support: cutting, punching, marking (configurable)
Ergonomic worktable design for operator comfort
Compatible with multiple design file formats

Benefit	How It Helps the Manufacturer
Improved Material Efficiency	Intelligent nesting optimizes layout, reducing waste especially on irregular materials
Enhanced Cutting Precision	Advanced motion system ensures consistent and accurate cutting results
Supports Flexible Production	Ideal for both sample development and medium batch production
Reduced Manual Intervention	Automation minimizes manual marking, alignment, and cutting errors
Increased Productivity	Multi-layer cutting and faster processing speeds improve output
Space Optimization	Compact yet capable design fits efficiently into production environments
Multi-Functional Capability	Combines cutting, punching, and marking in a single system
Faster Development Cycles	Speeds up prototyping, sampling, and approval processes
Operator-Friendly Design	Ergonomic table and controls improve ease of use and reduce fatigue
Scalable Manufacturing	Suitable for growing businesses transitioning from sampling to production

Model	Processing Area	Max Cutting Speed	Acceleration*	Gross Power	Weight	Machine Size	Compatible Format
VC9-1612	1600 × 1200 mm	1000 mm/s	20 m/s	9800 W + 7.5 kW (blower)	580 kg	2410 × 2230 × 1300 mm	Windows 7/8/10, AI, PLT, DXF, DST, DSB
VC9-1612-SCCD-P	1600 × 1200 mm	800 mm/s	20 m/s	7800 W	1450 kg	3280 × 2745 × 2290 mm	Windows 10/11, PLT, DXF
VC9-1612SCCD-DP	1600 × 1200 mm	800 mm/s	20 m/s	8000 W	1450 kg	3280 × 2745 × 2290 mm	Windows 10/11, PLT, DXF
VC9-1612-P-ITS2	1600 × 1200 mm	800 mm/s	20 m/s	7800 W	1450 kg	3280 × 2745 × 2290 mm	Windows 10/11, PLT, DXF

The Smart Digital Cutting Machine for Small Orders & Sample Production Digital Cutting Machine can be used across multiple manufacturing segments, including:

Footwear
Leather goods
Garments
Underwear
Lining materials
Handbags and luggage
Composite materials
Packaging
Sample rooms
Development centres
Small batch production units

The product supports applications across garment manufacturing, lining materials, footwear, underwear, leather, composite materials and packaging.

Other Related Products

Latest Stories

Explore fresh ideas and updates from our editorial team.

See All