Neue CNC-Abkantpressen installiert: Engere Toleranzen, schnellere Bearbeitung

We have invested in new CNC press brakes at our Dongguan factory — part of WERIX's ongoing commitment to expanding production capacity and raising precision standards for our global customers.

This investment was driven by what our overseas clients have been asking for: tighter angle tolerances on parts up to 2,200 mm, faster turnaround, and the confidence that comes from working with a source factory that continuously reinvests in its capabilities.

The new machines deliver ±0.5° bend angle accuracy — a significant step up from the ±0.5° standard on our existing Amada HG series. For projects that call for precise bends on parts up to 2.2 meters, we can now handle that entirely in-house, with the same quality management, same engineering team, and same single-source accountability you expect from WERIX.

In sheet metal fabrication, bend angle accuracy directly affects fit-up, assembly time, and rejection rate. A ±0.5° deviation might pass dimensional inspection on a single part — but across a production run of hundreds, it compounds into visible inconsistency and costly rework.

Here is how our bending capabilities now compare:

Capability	Amada HG Series	New CNC Press Brake
Bending Length	Up to 2,200 mm	Up to 2,200 mm
Max Thickness (Mild Steel)	Up to ~10 mm	Up to 5 mm
Bend Angle Accuracy	±0.5°	±0.5°
Backgauge Axes	4-axis CNC	3-axis CNC

The two platforms are complementary, not competitive. For longer parts up to 2,200 mm, the Amada HG remains our workhorse. For shorter parts that demand tighter tolerances — enclosures, brackets, panels with critical fit-up — the new press brakes deliver measurably better first-pass yield.

This dual-platform approach lets us match the right machine to each project, optimizing for either reach or precision without compromise.

Precision bending is not just about the machine — it is about the system behind it. Here is how we maintain ±0.5° accuracy across production runs:

• CNC backgauge positioning — repeatable setup across batches, eliminating manual alignment variation between parts
• Real-time angle measurement — compensates for material springback variation (which changes with thickness, grade, and heat treatment) to maintain target angles throughout a production run
• Mechanical crowning system — distributes uniform pressure across the full bed width, preventing angle deviation between center and edge positions

For our customers, the practical result is simple: fewer rejects, less rework, and more predictable delivery schedules. Over a production run of hundreds or thousands of parts, that improvement in first-pass yield translates directly into lower per-part cost — without any change to your design.

This investment in additional press brakes directly addresses the production bottlenecks that affect lead time in sheet metal fabrication. In our experience, the bending station is where orders wait — a single press brake shared across dozens of active projects creates queuing delays that ripple through the entire schedule.

By investing ahead of demand, we have significantly expanded our bending workshop capacity, which means:

• Higher throughput — dedicated machines for high-priority production runs without disrupting other orders
• Better efficiency — prototype and low-volume responsiveness maintained alongside mass production commitments
• Reliable delivery — supporting our 98% on-time delivery rate as order volume from overseas clients continues to grow

For our customers, this translates into shorter lead times and more predictable production schedules — especially during peak seasons. Investing in capacity before demand peaks, rather than after, is how we keep delivery commitments reliable.

The real value of this investment is not just better bending — it is better bending integrated into a complete one-stop production chain, all under one roof. That is the core of what WERIX offers our overseas customers: every sub-process from laser cutting to final assembly, managed by one team, with one quality standard, and one delivery commitment.

Consider a typical project: laser cutting → CNC bending → welding → powder coating → assembly with hardware inserts. When bending is in-house, there is no inter-factory shipping, no quality handoff between vendors, no subcontractor delays.

With expanded press brake capacity, bending no longer becomes the bottleneck that holds up the entire order. Each step feeds directly into the next — and a single engineering team owns quality from first cut to final inspection.

This is what "one source factory, one order" means in practice: consistent quality, efficient production, and a single point of accountability for your entire order.