When production requires precision beyond what off-the-shelf tools can achieve, innovation becomes essential.
For Allstrap, a leading supplier and repair specialist in strapping equipment, this need pushed them to explore advanced machining solutions that could improve accuracy and turnaround time for unique customer requirements.
Client Snapshot
Founded to supply and service industrial strapping equipment, Allstrap has evolved into a full-service provider offering repair, rebuild, and custom tool manufacturing for the packaging industry.
Based in the United States, the company’s mission is to combine high-performance tools with fast, local service.
Over time, customer requests for one-off prototypes and custom replacement parts led Allstrap to expand into precision machining.
The Challenge
As the company’s range of projects expanded, traditional manual programming and tool modification became time-consuming and inconsistent.
Engineers often had to reverse-engineer existing tools or create new components with limited visibility into cutting paths and tolerances.
These inefficiencies slowed production and made it difficult to maintain consistency across repairs and prototypes.
Allstrap needed a modern CAD/CAM system that could support its growing range of custom projects, provide accurate toolpath simulation, and simplify the transition from concept to finished part.
The Solution
To solve this, Allstrap adopted Mastercam Mill, which provided the flexibility to model, simulate, and machine intricate geometries for tooling and equipment components.
With Mastercam’s advanced 2D and 3D machining capabilities, the team could refine tool designs in-house, shorten programming time, and achieve tighter tolerances.
Key tools used:
- Mastercam Mill: for 2D/3D toolpath programming and part design.
- Dynamic Motion Technology: for efficient material removal and reduced cycle times.
- Verify and Backplot features: to check accuracy before machining, preventing costly scrap.
According to the case study, this setup allowed Allstrap to produce prototypes and small-batch tools faster than ever before, meeting both internal needs and customer requests for specialised components.
Results
“Mastercam makes it easy to program and adjust jobs quickly, which saves us time and lets us focus on better designs.”
Allstrap team
The introduction of Mastercam brought measurable improvements to accuracy, productivity, and project flexibility.
Engineers now spend less time rewriting code and more time improving part design and performance.
The improved consistency also strengthens the company’s reputation for reliable, high-precision tooling support.
Documented improvements:
- Faster turnaround on one-off prototypes and repairs.
- Reduced manual coding errors and rework.
- Expanded machining services to include custom parts and small-batch manufacturing.
Why It Matters
Custom manufacturing requires both speed and precision.
For small and mid-sized machine shops, a platform like Mastercam bridges the gap between design and production.
It enables teams to visualise parts digitally, optimise toolpaths, and cut with confidence.
For manufacturers looking to modernise or expand their machining capabilities, Mastercam provides the flexibility needed to handle diverse materials, tight tolerances, and short lead times.
Learn more about Mastercam’s CAD/CAM solutions on the MECAD Manufacturing Mastercam page.
The Bottom Line
Allstrap’s success highlights how integrating Mastercam can transform everyday operations.
By improving tool design, programming speed, and cut precision, the company now meets customer demands for accuracy and reliability without outsourcing work.
Contact MECAD Manufacturing to explore how Mastercam Mill can strengthen your production workflow or book a demo with our technical team.
Content adapted from the original case study published by Mastercam.
