Material Conversion
Many products continue to use materials that were selected years ago because they were familiar, available, or simply the standard at the time. But product requirements change, manufacturing technologies improve, and new material options often create opportunities for better performance.
Laszeray Technology helps manufacturers evaluate whether glass, metal, acrylic, ABS, PC, FRP, or other legacy materials can be converted into injection-molded engineered thermoplastics that improve durability, reduce weight, simplify manufacturing, enhance appearance, or strengthen domestic supply-chain control.
Our Material Conversion Review is designed to help engineering, product management, and operations teams determine whether a different material may create a better overall product.
GET STARTED
Send Us One Problem Part
We’ll help determine whether a molded engineered thermoplastic could improve performance across the metrics that matter most to your product.
Whether your part is made from glass, metal, acrylic, ABS, PC, FRP, or another legacy material, our team can evaluate potential alternatives and provide practical next steps.
We'll evaluate improvements in:
- Durability
- Clarity
- Weight
- Cost
- Manufacturability
- Cleanability
- Domestic supply-chain control
Is Your Current Material Still the Best Choice?
Many manufacturers continue using materials that were originally selected years ago without revisiting whether they remain the best option.
A material that once made sense may now create challenges such as:
- Product breakage
- Excessive weight
- Shipping costs
- Chemical compatibility issues
- Cleaning challenges
- Cosmetic concerns
- Assembly complexity
- Supply chain limitations
- Warranty claims
- Customer complaints
Laszeray helps customers evaluate alternatives that may improve product performance while supporting manufacturing efficiency.
WHAT WE REVIEW
Revisiting Legacy Material Decisions
Many products continue to use materials that were selected years ago because they were familiar, available, or easy to specify. Laszeray helps customers revisit those decisions.
We review parts currently made from glass, acrylic, metal, ABS, PC, FRP, thermoset materials, machined plastics, or other legacy materials to determine whether an engineered molded plastic may offer a better solution.
| Current Material | Possible Review Direction |
|---|---|
| Glass | Tritan™, copolyester, or optical-grade polycarbonate |
| Acrylic | Polycarbonate, Tritan™, or other clear engineered polymers |
| Metal | Nylon, acetal, PC-ABS, reinforced resins, or TPE |
| ABS / PC | Higher-performing engineered thermoplastics where justified |
| FRP / Thermoset | Molded thermoplastic alternatives |
| Machined Plastic | Injection molded part conversion |
FEATURED MATERIAL
Tritan™ Copolyester
Glass-Like Clarity. Outstanding Durability.
For applications requiring transparency, durability, and food-contact performance, Tritan™ copolyester is often worth evaluating as part of a material conversion review.
Tritan offers:
- Excellent clarity
- Outstanding impact resistance
- Good chemical resistance
- Excellent hydrolytic stability
- Dishwasher durability
- Food-contact suitability
- Heat resistance
- BPA-free consumer positioning
- NSF and FDA food-contact certifications
Commonly considered for:
- Blender jars and appliance containers
- Foodservice equipment
- Beverage dispensing systems
- Water-contact components
- Transparent guards and covers
- Medical and dental applications requiring clarity and durability
Important: Tritan is one of many materials Laszeray may recommend. The goal of a Material Conversion Review is to determine which engineered material best fits the application—not to force a single material solution.
CONVERSION PATHS
Three Common Material Conversion Paths
PATH 1
Clear & Durable
For glass, acrylic, clear covers, sight windows, sensor windows, food-contact parts, and transparent guards.
Possible materials:
- Tritan™
- Polycarbonate
- PCTG
- Advanced clear polymers
Typical goals:
- Reduce breakage
- Improve clarity retention
- Improve dishwasher durability
- Improve chemical resistance
PATH 2
Lightweight & Tough
For metal parts, handles, guards, brackets, covers, field equipment, and ergonomic components.
Possible materials:
- Nylon
- Acetal
- PC-ABS
- Reinforced engineered resins
- TPE overmold solutions
Typical goals:
- Reduce weight
- Improve ergonomics
- Reduce corrosion
- Lower assembly costs
PATH 3
Domestic & Moldable
For offshore parts, machined parts, FRP/thermoset parts, multi-piece assemblies, and products affected by supply-chain risk.
Possible materials:
- Application-specific engineered thermoplastics
Typical goals:
- Improve manufacturability
- Consolidate parts
- Support domestic production
- Improve supply-chain stability
OPPORTUNITIES
Common Material Conversion Opportunities
Glass to Engineered Thermoplastics
Glass provides clarity but can introduce challenges related to breakage, weight, shipping costs, and handling.
Depending on application requirements, engineered plastics may provide:
- Impact resistance
- Reduced weight
- Improved durability
- Food-contact suitability
- Dishwasher durability
- Improved manufacturability
Acrylic to Alternative Plastics
Many acrylic components perform well initially but may experience cracking, crazing, or durability concerns in demanding environments.
Alternative materials may improve:
- Impact performance
- Chemical resistance
- Long-term durability
- Product lifespan
Metal to Engineered Plastics
Not every metal component needs to remain metal.
Certain applications may benefit from:
- Weight reduction
- Corrosion resistance
- Improved ergonomics
- Lower assembly costs
- Part consolidation
- Enhanced appearance
Commodity Plastics to Engineered Materials
Field failures, customer complaints, or performance limitations often create opportunities to evaluate more advanced material options.
In some applications, upgrading materials can significantly improve product performance and customer satisfaction.
Is Your Part a Good Candidate?
A Material Conversion Review may make sense if the current part is:
- Breaking, cracking, chipping, or being returned
- Heavy, expensive to ship, or difficult to assemble
- Exposed to cleaning chemicals, impact, UV, heat, water, or repeated handling
- Made from glass, acrylic, metal, FRP, thermoset, machined plastic, ABS, or PC
- Sourced offshore or from an unstable supplier
- Part of a product line where domestic production would reduce risk
- A multi-piece assembly that could potentially be simplified through molding
OUR PROCESS
The Laszeray Material Conversion Review
Our process is designed as a front-end engineering and commercial evaluation.
Customer Provides:
- Current part or drawing
- Current material
- Annual usage
- Manufacturing method
- Performance concerns
- Environmental requirements
- Target cost or known pain points
Laszeray Provides:
- Candidate material recommendations
- Injection molding feasibility review
- Risk assessment
- Tooling considerations
- Cost direction estimates
- Prototype recommendations
- Suggested next steps
The goal is not to immediately redesign a product. The goal is to determine whether a better material solution exists.
MARKETS
Markets We Support
Foodservice, Beverage & Appliance Manufacturing
Applications may include: blender jars, reservoirs, transparent covers, lids, guards, food-contact components.
Medical, Dental & Diagnostic Equipment
Applications may include: diagnostic windows, equipment housings, protective covers, chemical-resistant components, transparent parts.
Electrical Enclosures & Industrial Controls
Applications may include: enclosure housings, sight windows, covers, bezels, outdoor electronics components.
Utility & Field Equipment
Applications may include: protective housings, guards, handles, grips, structural components.
Why Laszeray Technology?
Laszeray combines material knowledge with plastic injection molding, CNC machining, assembly services, and contract manufacturing expertise.
Rather than promoting a single material solution, we help manufacturers identify the material that best fits the application.
Help customers build better products through smarter material selection.
Not Every Part Should Convert
Not every material should be replaced.
In some cases, glass, metal, ABS, polycarbonate, or the current material remains the right choice. Laszeray’s Material Conversion Review is designed to determine whether conversion makes technical and commercial sense before committing to tooling, testing, or production.
Our goal is not to sell a specific resin. Our goal is to help manufacturers make informed material decisions that support product performance, manufacturability, and long-term business objectives.
GET STARTED
Ready to Explore a Material Conversion Opportunity?
Send Us One Problem Part
If you have a part that cracks, breaks, clouds, corrodes, weighs too much, cleans poorly, ships expensively, or creates ongoing manufacturing challenges, let’s evaluate whether a different material may provide a better solution.
We’ll help determine whether a molded engineered thermoplastic could improve durability, clarity, weight, cost, manufacturability, cleanability, or domestic supply-chain control.