Premium Tablet Compression Tooling

Multi-Tip Compression Tooling

Engineered to increase output without increasing turret speed. Multi-tip tooling allows for higher tablet production per rotation while maintaining precision, durability, and consistent compression performance.

MaterialsPM Steels & Carbides

CoatingsWear-Resistant

DesignsBalanced Tip Geometry

The Standard for Multi-Tip Precision

Elizabeth has manufactured compression tooling since 1954. Our multi-tip tooling is produced to strict dimensional tolerances to ensure uniform tablet weight, consistent hardness, and balanced compression across every tip in the cluster.

Multiple-tip configurations demand tighter alignment and load distribution control. Each punch and die set is engineered to maintain concentricity, reduce tip-to-tip variation, and support stable high-output production.

Decades of Manufacturing Experience: Serving the tablet industry since 1954.
Balanced Tip Geometry: Designed to maintain uniform compression across all tips.
High-Performance Materials: PM steels, carbides, and specialty alloys for extended service life.
Wear-Resistant Coatings: Surface treatments developed to reduce sticking and abrasion.
Global Technical Support: Manufacturing and service resources available worldwide.

Engineered for High-Output Performance

Designed to maximize production efficiency while maintaining compression consistency across every tip.

Balanced Load Distribution

Engineered to evenly distribute compression force across all tips to reduce variation and extend tooling life.

Anti-Stick Coating Options

Surface treatments developed to minimize picking and sticking in high-speed, high-volume environments.

Multi-Tip Configurations

Increase tablet output per turret rotation without increasing press speed.

Precision Tip Alignment

Manufactured to tight tolerances to maintain concentricity and uniform tablet weight across all tips.

Materials & Coatings

Our material and coating options are selected to maintain durability, alignment, and wear resistance across multiple tips under demanding compression conditions.

Punch Material Options

Choosing the correct tool steel is essential in multi-tip configurations, where load is distributed across multiple tips and wear can accelerate in high-volume environments.

S7 Tool Steel: Shock-resistant tool steel providing balanced toughness for multi-tip bodies.
S7 ESR: Refined structure for improved durability and structural integrity.
D2 & A2 Tool Steels: High carbon, high chromium tool steels suited for abrasive formulations.
440C Stainless Steel: Corrosion-resistant option for reactive or humid processing environments.
Carbide Inserts: Recommended for highly abrasive applications to extend insert life and maintain bore precision.

Tooling Coating Options

Advanced coatings help reduce sticking, protect small-diameter tips, and extend service life in high-output production.

Chrome Plating: Good general-purpose anti-sticking protection.
Chromium Nitride (CrN): Enhanced wear resistance with anti-stick performance.
Titanium Nitride (TiN): High hardness coating for abrasive formulations.
Diamond-Like Coating (DLC): Wear-resistant surface treatment comparable to TiN for demanding environments.
Custom Coatings: Engineered surface solutions available based on formulation and production conditions.
IBED (Ion Beam Enhanced Deposition): Advanced coating that improves wear and corrosion resistance, with certain coatings adding lubricity to reduce sticking in select multi-tip applications.

Tooling Options & Customization

Configure multi-tip tooling to maintain tip alignment, maximize insert life, and ensure consistent tablet output across every compression cycle.

Multi-Tip Die Configurations

Optimize die design to support multi-tip production and consistent fill across all cavities.

Die Taper: Incorporate single or double taper designs to improve air escape and reduce capping during high-speed multi-tip operation.
Carbide-Lined Dies: Specify carbide lining for abrasive formulations to extend die bore life in high-output environments.
Cavity Precision: Maintain tight bore tolerances to ensure uniform tablet weight and thickness across every tip.

Tip Alignment & Orientation

Proper alignment is critical in multi-tip tooling to maintain orientation across all tips within a station.

Upper & Lower Punch Keying: Keyed punch options available to prevent rotation and maintain embossing or shape orientation.
Key Orientation: Standard 35 degree TSM orientation with additional custom angles available to match specific press requirements.
Turret Compatibility: Lower punch keying requires a broached turret configuration.

Insert Design & Retention

Ensure clear identification and functional performance across all tips.

Secure Insert Retention: Designed to prevent insert movement or loosening under repeated compression cycles.
Balanced Load Distributions: Geometry configured to distribute compression force evenly across all tips within a station.
Precision Insert Machining: Tight tolerances to maintain uniform tablet weight, thickness, and hardness across multiple cavities.

Technical Specifications

We manufacture tooling to all major global standards, supporting a wide range of tablet sizes.

Standard Type	Common Sizes Available	Typical Application
TSM Standard (US)	B, BB, D	High-speed rotary presses in North & South America.
EU Standard (Metric)	B, BB, D	High-speed rotary presses globally (Europe/Asia).
Specialty / Other	RTP, TDP, Core Rod, Multi-Tip	R&D, single-station presses, and specialized high-volume production.

Shapes & Geometries

From standard rounds to complex custom shapes, we manufacture precisely what you need.

RoundCapsuleOvalSquare / Rect.TriangleHexagonCustom...

Tablet Face Profiles

Select the ideal profile for tablet coating, friability, and aesthetic requirements.

Standard ConcaveDeep ConcaveFlat Face PlainFlat Face BevelCompound CupModified BallShallow Concave

Facing a tough tableting challenge?

Contact our tooling experts to discuss material selection, coating options, or custom designs for your formulation.

Contact engineering

Multi-Tip Compression Tooling FAQs

What is multi-tip compression tooling?

Multi-tip compression tooling uses punches with multiple tips to produce several tablets during a single press cycle. This increases tablet output without increasing turret speed.

How does multi-tip tooling increase tablet production?

Each additional tip produces another tablet per compression cycle. For example, a two-tip configuration can nearly double output compared to single-tip tooling running on the same press.

What are the benefits of multi-tip tablet tooling?

Multi-tip tooling helps: Increase production output Reduce press run time Improve manufacturing efficiency Expand capacity without adding additional presses It is commonly used in high-volume tablet production.

What should I consider before switching to multi-tip tooling?

Important factors include: Tablet size and shape Powder flow properties Compression force requirements Overall condition of the tablet press Successful multi-tip production requires proper press setup and tooling alignment.

Can existing rotary tablet presses run multi-tip tooling?

Most modern rotary tablet presses can accommodate multi-tip tooling if the machine is properly maintained and configured for the application.

What challenges can occur with multi-tip tooling?

Common challenges include: Uneven powder distribution Weight variation Increased tooling wear Compression inconsistencies Proper tooling design and press setup help reduce these issues.