Your contact Europe
Holger Fleisch
High-Performance Products for the Foundry Industry!
RAKU® TOOL: Maximum durability. Maximum precision. Built‑in sustainability.
Your Challenge
Foundries face mounting pressure: wear, dimensional inaccuracies, and long cycle times lead to scrap and unnecessary costs. Traditional materials often swell, are difficult to machine, and offer little to no sustainability benefits.
Every deviation in the tooling results in additional labor — every material weakness impacts the quality of cores, patterns, or pattern plates. Inefficient processes steal valuable time and cut into margins.
Our Solution
RAKU® TOOL materials are engineered for maximum abrasion resistance, outstanding dimensional stability, and easy machining. Whether board materials or liquid systems, RAMPF delivers durable, robust, and sustainable solutions for core and mold making processes.
We provide reliable epoxy and polyurethane tooling systems engineered for pattern plates, core boxes, milling models, full casting, and lay-up applications. These systems are designed to ensure long service life, high dimensional accuracy, and efficient processing — supporting customers from prototyping through large-series production.
-50% Reduction in milling vs steel
2 to 3x Faster processing
> 220.000 Produced parts
6x Cheaper than steel
0.7 - 1.5 g/cm3 Density, lightweight
Eco-friendly
> 90% CO2 reduction vs aluminium
Pattern Plates
WB-0801 pattern plate
> 5,000 moldings
WB-1000 pattern plate
> 5,000 moldings
WB-1404 pattern plate
> 15,000 moldings
WB-1222 pattern plate
> 20,000 moldings
WB-1222 pattern plate
> 20,000 moldings
WB-1250 pattern plate
> 50,000 moldings
WB-1258 pattern plate
> 100,000 moldings
PC-3458 pattern plate
> 100,000 moldings
Core Boxes
WB-1404 core box
WB-1222 core box
WB-1222 core box
WB-1250 core box
WB-1258 core box
WB-1258 core box
PC-3458 core box
Products and Features
Ideal for prototyping, small, medium, and large series production.
Properties:
- Excellent abrasion resistance
- High impact and edge strength
- Easy modifications
- Fast and high-precision production by direct CNC milling
- Excellent resistance to chemicals
Immediately available
For foundries with flexible tooling requirements.
Properties:
- Very high abrasion resistance
- Good chemical resistance, no swelling
- Good dimensional stability and dimensional accuracy
- Easy to process
- For prototyping, small, medium and large series production
RAMPF’s foundry adhesives provide high‑performance bonding solutions for working boards, pattern repair, and gap filling, offering:
- Superior strength and outstanding abrasion resistance
- Exceptional adhesion properties and rigid, stable curing
- Easy mixing and processing with fast, medium, and slow working times available (5–50 minutes)
- Color matching for RAKU® TOOL WB‑1223 and WB‑1258 boards
- Superior gap filling and easy cleanup performance
- Interchangeable resin with a common hardener for cost efficiency
- Now available in cartridges for simple application with 2:1 static mixing
High-speed CNC MILLING: Boards / Close Contour Products
CASTING: Polyurethane & Epoxy Casting Systems
LAY-UP: Polyurea & Epoxy Gelcoats + back fill
Suitable for: prototype, small-series, and large-series
Trusted by Foundry Manufacturers Worldwide
Industry Results
- Over 220,000 produced parts using RAKU® TOOL materials
- Trusted across global foundry workflows
Sustainability Commitment
- Up to 30% recycled raw materials in many boards
- 50% of production residues recycled using RAMPF chemical recycling
Trust Line
Backed by decades of experience, RAMPF provides high‑performance systems that extend tool life and ensure consistent quality in foundry production
Certifications
- ISO 9001, IATF 16949
Talk to Our Experts Now!
Our eco‑friendly board materials contain up to 30% raw materials from chemical recycling, obtained from PET residues or our own production waste. Thanks to RAMPF’s proprietary process, up to 50% of all residual materials are recycled.
Discover more sustainable tooling materials now.
Global Support. Anytime. Anywhere.