EN
Many shops spend $50,000 on high-precision Amada or European tooling, only to store them on wooden pallets or steel racks where the ground surfaces rub against each other. A single 0.05mm nick on a punch tip can translate to a visible line on every finished part. The MIHARTING Amada press brake tooling cabinet is not just furniture—it is a protective system designed to preserve your shop’s accuracy.
Press brake tools are deceptively heavy. A standard 835mm punch can weigh 15-20kg. A full drawer of dies can easily exceed 200kg.
MIHARTING Drawer Specs: Our cabinets use industrial-grade telescopic sliders with a 250kg load capacity per drawer.
Anti-Tip Safety: We implement a “single-drawer-open” interlocking system. This prevents the center of gravity from shifting forward and causing the cabinet to tip—a critical safety feature in busy workshops.
In Lean Manufacturing, “Motion” and “Waiting” are two of the eight wastes.
Visual Management: By using MIHARTING tooling cabinets, each China press brake tooling has a designated, labeled slot. Operators can identify a missing tool instantly.
Protection: Each drawer is lined with oil-resistant PE foam or plastic dividers specifically shaped for Amada-style tangs, ensuring no metal-on-metal contact.
Our cabinets are designed to handle various tool heights (AFH, standard, or tall).
Cabinet Dimensions: Typically 1000mm (W) x 750mm (D) x 1200mm (H).
Drawer Configuration: Customizable from 5 to 9 drawers.
Finish: High-durability powder coating (ESD-safe options available for electronic-sensitive environments).
High-precision tools are susceptible to oxidation. A MIHARTING cabinet provides a semi-sealed environment. When tools are stored with a light film of oil inside a drawer, they are protected from the ambient humidity and shop floor dust that accelerate rust.
The ROI of a MIHARTING Amada press brake tooling cabinet is measured in the reduction of “re-setup” time and the elimination of tool replacement costs due to accidental damage. Organize your precision, protect your profit.
How Do Aerospace Press Brake Machine Molds Cope with High Temperature and High Pressure Environments?June 25, 2025The coping strategies for aerospace press brake machine molds in high temperature and high pressure environments mainly include the following aspects:1. Select high temperature and high pressure resis...view
Press Brake Tooling: Releasing the Brake for AerospaceJuly 25, 2025Why Aerospace Manufacturing Demands Next-Generation Press BrakesThe aerospace industry operates on razor-thin tolerances where a 0.1mm deviation can compromise entire assemblies.view
How Amada AFH Tooling Revolutionizes Setup Times in Precision Sheet Metal BendingApril 22, 2026In a world of “Just-in-Time” manufacturing, the longest part of the bending process is no longer the bend itself—it’s the setup. Amada AFH (Amada Fixed Height) tooling was designed to solve this. ...view
Functions of a Proportioning Valve in BrakesJanuary 8, 2026The brake tooling industry plays an essential role in vehicle safety, with the proportional valve being a critical component in the braking system. Understanding how this device functions can offer in...view
Rolla-V Tooling: The Ultimate Solution for Mark-Free Bending and Short Flange ChallengesApril 22, 2026In the traditional air bending process, the sheet metal slides over the shoulders of a static V-die. This movement creates friction, resulting in “die marks” or “witness marks” on the underside of...view
Why Global Fabricators are Shifting to High-End China Press Brake Tooling: Quality vs. Cost AnalysisApril 22, 2026For decades, the global metal fabrication industry looked to Europe and Japan for precision. However, the last five years have seen a tectonic shift. China press brake tooling, led by specialized manu...view
