Product inquiries

GWMT SOLUTIONS

Upgrade every stage of metal fabrication.

Digital control, bending accuracy, tooling, and safety solutions configured around your machine and production goals.

SOLUTION PORTFOLIO

Improve machine capability and bending quality

Explore focused upgrade paths for modern bending and shearing systems, from CNC control and safety to tooling and accuracy enhancement.

Showing 8 solutions

01Digital & Control

Bending Force Calculator

Estimate the press-brake force required for early machine and tooling selection.

Best for

Quoting, process planning, and preliminary capacity checks

  • Inputs for thickness, bend length, and V opening
  • Fast reference result for mild-steel air bending
  • Final verification by GWMT application engineers
Information required for review
  • Material grade and tensile strength
  • Sheet thickness and bending length
  • Required inside radius and die opening
02Digital & Control

Press Brake CNC Control System

Match control capability, axis configuration, programming workflow, and connectivity to the bending task.

Best for

New press brakes, control upgrades, and complex multi-step parts

  • NC, 2D CNC, and 3D graphical control options
  • Offline programming and bend-sequence simulation
  • Support for multi-axis backgauges and crowning
Information required for review
  • Machine model, year, and existing controller
  • Required controlled axes
  • Part drawings and programming workflow
03Bending Enhancement

Laser Safety System for Press Brakes

Protect the tool area while supporting productive closing speeds and compliant machine operation.

Best for

Press-brake guarding upgrades and operator safety improvement

  • Laser protection close to the punch tip
  • Monitored stop and safety-interface architecture
  • Configuration according to machine and market requirements
Information required for review
  • Press-brake model and stopping performance
  • Tooling height and working area
  • Applicable local safety requirements
04Bending Enhancement

CNC Bending Follower Supports

Support large sheets throughout the bending cycle to improve handling, quality, and operator ergonomics.

Best for

Large panels, heavy parts, and small production teams

  • Movement synchronized with the ram and bend program
  • Programmable support path for repeat jobs
  • Load capacity selected around the workpiece
Information required for review
  • Maximum part size and weight
  • Bend sequence and flange dimensions
  • Required support travel and installation space
05Bending Enhancement

Press Brake Tooling

Configure punches, dies, radii, segmentation, and materials around the required profiles and production mix.

Best for

Standard profiles, special forms, and tooling standardization

  • Standard and drawing-based special tooling
  • Tool selection for material, radius, and tonnage
  • Segmented sets and tool-management planning
Information required for review
  • Part drawings and bend details
  • Material, thickness, and required radius
  • Machine clamping standard and working length
06Bending Enhancement

Backgauge System for Press Brakes

Configure positioning axes, fingers, and supports around part geometry and required repeatability.

Best for

Complex flanges, tapered parts, and repeat production

  • X, R, Z, and extended-axis configurations
  • Servo-driven positioning and programmable movement
  • Application-specific fingers and sheet supports
Information required for review
  • Minimum and maximum flange depth
  • Part geometry and positioning sequence
  • Required accuracy and controlled axes
07Digital & Control

Shearing Machine CNC Control System

Coordinate backgauge position, blade gap, stroke, and job settings through a clear digital workflow.

Best for

Repeat cutting jobs, varied sheet thicknesses, and setup reduction

  • Recipe-based parameter and job setup
  • Accurate backgauge positioning
  • Production counters, alarms, and diagnostics
Information required for review
  • Shearing-machine model and capacity
  • Material and thickness range
  • Required backgauge travel and job workflow
08Bending Enhancement

Mark-Free Flap Bending Dies

Reduce visible contact marks with a flap-die solution matched to the sheet, bend geometry and tooling interface.

Best for

Visible stainless-steel and aluminium parts, enclosure panels and shaped profiles

  • Moving-wing contact support
  • Reference sections for different thickness groups
  • Machine interface and surface-quality review
Information required for review
  • Sheet material, thickness and surface finish
  • Part drawing, minimum flange and bend radius
  • Existing die interface and working length

GWMT ENGINEERING PROCESS

A clear path from requirement to verified solution

Each proposal is reviewed around the workpiece, machine interface, safety requirements, and measurable production target.

01

Application review

We review drawings, material, tolerances, production volume, and the current process bottleneck.

02

System configuration

Controls, tooling, measuring devices, and machine interfaces are matched as one technical package.

03

Technical confirmation

Scope, compatibility, performance targets, responsibilities, and acceptance criteria are documented.

04

Delivery and validation

Installation guidance, commissioning, operator training, and production validation complete the project.

SOLUTION FAQ

Plan the right upgrade scope

Can these systems retrofit an existing machine?

Compatibility depends on the machine structure, controls, interfaces, safety architecture, and intended outcome. A technical review is required.

Can upgrades be implemented in phases?

Yes. Controls, safety, tooling, and measurement systems can be planned as a staged roadmap when compatibility is reviewed early.

What should we send for a proposal?

Provide machine information, part drawings, materials, production volume, current bottlenecks, and the target accuracy or productivity improvement.

GET A TAILORED QUOTE

Share your machine and production requirements.