3015F single table——Entry-Level Laser Cutting Demand in Russia

Market Background

In recent years, small and medium-sized metal fabrication businesses in Russia have shown increasing demand for cost-controlled fiber laser cutting solutions, particularly in regions such as Saint Petersburg where light manufacturing, HVAC components, and metal enclosure production remain active.

Many workshops are transitioning from conventional cutting methods to laser processing, but still face constraints in budget, workshop space, and delivery timelines. As a result, entry-level configurations with standard working formats and simplified structures are often prioritized during the equipment selection phase.

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Customer Profile and Application Scenario

The customer is a local fabrication workshop located near Saint Petersburg, primarily engaged in sheet metal processing for electrical cabinets and general metal components.

Key operational requirements included:

* Processing standard 3000×1500 mm metal sheets
* Supporting stable daily production rather than high-volume automated output
* Ensuring quick installation and minimal disruption to existing workshop layout
* Reducing lead time between order confirmation and machine commissioning

The customer was previously relying on semi-manual cutting processes, which created inconsistencies in edge quality and limited throughput under continuous workloads.

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Our Solution: 3015F Entry-Level Fiber Laser Configuration

To match the customer’s production stage and constraints, we supplied two units of 3015F single table fiber laser cutting machines, configured with:

* Control System: BOCHU system
* Cutting Head: Boci 310
* Machine Type: Open-type, single table structure
* Cutting Area: 3020 × 1520 mm
* Machine Dimension: 4580 × 2260 × 1900 mm

This configuration focuses on structural simplicity and operational accessibility, allowing the customer to integrate the machines into an existing workshop without additional infrastructure modification.

In addition, both machines were available in stock, enabling a 10-day delivery cycle after order confirmation, which aligned with the customer’s urgency to begin production.

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Implementation and Operational Feedback

After installation in Saint Petersburg, the machines were deployed in parallel for daily sheet metal cutting tasks. The customer reported that:

* The standard 3000×1500 mm working area allowed direct processing of commonly sourced metal sheets, reducing pre-processing steps
* The open-type design simplified manual loading and unloading, especially in a non-automated workshop environment
* The single table structure provided a stable and predictable workflow for continuous daily operations
* The compact footprint (approximately 4.5 m in length) made it feasible to install two machines within the existing facility layout

From an operational perspective, the machines supported the customer’s transition from manual cutting to a more consistent and repeatable production process, without requiring significant changes to staffing or workflow.

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Key Parameters Supporting Practical Deployment

Several parameters played a critical role in this project:

* Cutting Area: 3020 × 1520 mm → compatible with standard sheet formats
* Machine Footprint: 4580 × 2260 mm → suitable for small to medium workshop layouts
* Single Table Open Structure → simplified operation and maintenance
* Delivery Time: 10 days (ex-stock) → reduced waiting time before production start

These factors collectively contributed to a smoother equipment integration process.

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Customer Feedback

The customer emphasized that the decision was influenced not only by machine configuration but also by availability and delivery speed. The ability to receive and install equipment within a short timeframe was critical for maintaining project schedules.

They also noted that the machines met their expectations for basic production needs, particularly in handling standard sheet metal jobs with consistent output.

For startup and small-scale fabrication businesses in Russia, especially those operating in space-constrained workshops, entry-level configurations such as the 3015F provide a practical balance between cost, usability, and deployment speed.

Rather than focusing on high-end automation, this case highlights how standardized working area, compact structure, and fast delivery can play a decisive role in enabling a smooth transition toward laser-based sheet metal processing.