♯ Tadapla precision molding technology

#Molding precision: 0.005mm

Micron-level precision molding technology. We can achieve the precision required from prototypes to mass production. *Reference precision: 0.005 mm

#Speed startup

We are confident in our short delivery times and speedy Applicable in product development. Our development process with minimal rework and reliable technology contributes to shortening delivery times.

♯Good quality

We have an established reputation for our quality control system based on PPAP, APQP, and control plans. One of our strengths is the creation of a system to guarantee quality in the process.

#A place of refuge for manufacturing

We propose optimal methods, materials, and technologies for our customers' development challenges from the concept stage onwards. Tadapla is your "manufacturing refuge" when you're in trouble.

♯Good environment

We have a clean booth dedicated to molding, and more precise products for the automotive, medical, and packaging industries are molded in the clean booth.

♯Abundant facilities

We have a total of 27 injection molding machines, and our extensive equipment allows us to Applicable a wide variety of moldings.

#Automated

We are working on various automation projects, such as automatic in-line equipment and automatic inspection systems. We are promoting automation to achieve efficient and stable quality.

#Strength analysis simulation

We propose the conversion of metal to resin (metal replacement). By switching to resin materials using strength analysis simulations, we contribute to reducing the weight and cost of products.

Precision molding product examples

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Quality Assurance Equipment

Assembly and image inspection automated line (clean room)
Assembly and image inspection automated line (clean room)
3D measuring machine
Image Measuring Instrument
Portable coordinate measuring machine
Mold Technology
  • Mold design using 3D CAD
  • Structural analysis, flow analysis, strength analysis, various simulations
  • Proposals for weight reduction and cost reduction through conversion of construction methods and materials
  • High-precision mold design and manufacturing technology
  • Ability Applicable short delivery times of as little as 20 days
Molding Technology
  • 0.005mm precision molding technology
  • Weight reduction by replacing metal, cost reduction, and increased design freedom
  • One-stop Applicable from prototyping to mass production
  • Automation with automatic insert system
  • Glass-filled resin, engineering plastics, Applicable super engineering plastics
  • Applicable thermosetting and thermoplastic resins
  • Available Applicable from 20t to 450t
Applicable materials

[General-purpose plastics]

  • ABS ASA, AES
  • PS (Polystyrene) HIPS, GPPS
  • PP (polypropylene) PP (contains silicone and antibacterial agent)
  • PE (Polyethylene)
  • AS (Acrylonitrile Styrene)

[Engineering plastics]

  • PBT
  • SPS
  • PA6, PA66 Example: PA66 (Nylon 66) (GF65%)
    Main features: Impact resistance, chemical resistance, abrasion resistance
  • POM (Polyacetal
  • PC (Polycarbonate)
  • PPE m-PPE resin (modified polyphenylene ether)
  • PMMA (acrylic)
  • PET

[Super engineering plastics]

  • P.S.
  • P.E.S.
  • PEEK
  • PSF

[Other resins]

  • Thermoplastic Elastomer
    ・TPE: A functional resin material that combines the properties of both rubber and resin
    ・TPX...contains 15% or more recycled materials
    ・TADAPLA actively uses recycled materials.

  • Bioplastics
    ・Kaneka biodegradable biopolymer Green Planet®