Light Doors Hinges

A12

Light Doors Hinges

Door weight
0.6 - 3 kg
Opening angle
86 °
Temperature
115 °C

Developed for mini oven door applications, the A12 offers a compact and cost-effective hinge solution. Its small-size design supports efficient integration in products with limited installation space

Responding the needs of mini oven doors with its small-sized design also offers a low-cost solution.

Benefits

  • Compact installation footprint
  • Suitable for lightweight doors
  • Efficient use of available space
  • Cost-effective integration
  • Simplified product architecture

Applications

  • Mini ovens
  • Microwave oven doors
  • Washing machine lids
  • Auxiliary appliance doors
  • Commercial kitchen equipment
  • Industrial access panels

A12

Technical Specifications

Values refer to the standard configuration; contact us for solutions tailored to your application.

Door weight0.6 - 3 kg
Maximum distance from pivot point to centre of gravity120 mm
Opening angle86 °
Operating temperature115 °C
  • All values shown are nominal reference values and may vary depending on application conditions, installation methods, product configuration, and testing parameters.
  • Maximum load values are application-dependent and should be verified based on installation conditions, mounting configuration, and operating requirements.

A12

About the Product

Product Overview

The Atasan A12 lightweight lid hinge has been developed for mini oven doors and lightweight appliance applications requiring a compact and cost-efficient hinge solution. Its small-size sheet metal construction supports reliable door movement while enabling efficient integration into products with limited installation space.

Designed for lightweight door systems, the A12 combines functional simplicity with practical mechanical performance, making it suitable for a variety of domestic and industrial applications.

Compact Design for Lightweight Applications

The A12 features a compact architecture optimized for doors weighing between 0.6 and 3 kg.

Its reduced-size structure allows efficient integration into mini ovens and auxiliary access doors while supporting stable opening and closing characteristics.

Stable Motion Characteristics

The hinge geometry is designed to provide predictable and controlled movement throughout the operating range.

Its mechanical structure supports stable door positioning while maintaining a simple and practical operating principle suitable for high-volume appliance production.

Structural Strength & Thermal Performance

Manufactured from sheet metal components, the A12 is designed for appliance environments where compact dimensions and mechanical reliability are important requirements.

Suitable for operating temperatures of up to 115°C, the hinge can be integrated into cooking appliances and other heat-exposed applications.

OEM Integration & Manufacturing

The A12 has been developed with production efficiency in mind.

Its straightforward construction supports repeatable assembly processes and compatibility with high-volume manufacturing environments.

Why A12?

  • Compact small-size design
  • Optimized for mini oven applications
  • Cost-efficient hinge solution
  • Suitable for limited installation spaces
  • Durable sheet metal construction
  • High-temperature operating capability
  • Efficient OEM integration

A12

Technical Drawings

A12

Frequently Asked Questions

What is the maximum load capacity for the A12?

The A12 is designed to support door weights ranging from 0.6 - 3 kg, making it ideal for the specified category of appliances.

Is the A12 resistant to high temperatures?

Yes, it is rated for operation at temperatures up to 115°C, which is standard for high-heat appliance environments.

Has this hinge undergone cycle testing?

Yes, all Atasan hinges undergo rigorouslife cycle testing (often up to 10,000 or 20,000 cycles) to ensure they meet international OEM standards.

Request a quote for this product

Tell us the size, force and angle requirements of your application.

  1. 01Needs analysis
  2. 02Solid model · 1–3 weeks
  3. 03First prototype · 2–3 weeks