It's a fully automatic, compact servo-electric press brake optimized for high-productivity bending of small metal parts, especially stainless steel and aluminum.
The machine measures 1230 x 1200 x 2150 mm and weighs approximately 1100 kg.
The MINI Press Brake supports bending lengths up to 500 mm, with a slider stroke of 160 mm and a throat depth of 160 mm.
It is suitable for stainless steel and aluminum; other ductile sheet metals may also be processed depending on thickness and tooling.
The machine uses an electric servo drive with absolute-value SERVO technology for precise motor control and a CNC system providing 3-axis control on the standard model.
Yes — the PB series offers multiple models and configurations. Higher-axis options (4-axis and 6-axis) are available on specific PB models; contact the supplier for model-by-model details.
An optional LaserSafe optical safety guard is available; standard safety provisions comply with applicable machine-safety norms—verify specific safety package with the vendor.
Yes. Being an electric servo (non-hydraulic) press brake, it provides special power-saving advantages and generally lower maintenance requirements compared with hydraulic systems.
It uses standard press brake tooling. Tooling packages are not guaranteed to be included with every order—confirm which tools come with your purchase or order custom tooling separately.
The servo drive and CNC control deliver high precision and good repeatability for small-part bending. Exact tolerances depend on tooling, material, and setup—request specification sheets or tests for application-specific figures.
Major motors and the control system are sourced from Taiwan, selected for reliability and longevity.
Yes. The product description notes end forming services; for custom software, tooling, installation, commissioning, or training, contact the supplier to discuss available options.
Spare parts for the machine's quality components are available through the manufacturer/distributor—reach out to your sales or service contact to arrange parts, maintenance contracts, or local service.
Consider factors such as required bending length, tonnage, axis count (3/4/6), material type and thickness, production volume, and available workshop space. Contact the supplier with part samples or drawings for model recommendations and quoting.
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