Collplant Biotechnologies Ltd. · NASDAQ:CLGN
Collplant Biotechnologies — Merger or Acquisition (September 2026)
23 slides from Collplant Biotechnologies's merger presentation, Sep 17, 2026
Slide 1: CollPlant Hosts LightSolver Investor Webinar
CollPlant Hosts LightSolver Investor Webinar 17 September 2026 1
Slide 2: Forward Looking Statements
Forward Looking Statements This presentation contains "forward-looking statements" within the meaning of Section 27A of the Securities Act of 1933, as amended, and Section 21E of the Securities Exchange Act of 1934, as amended. CollPlant intends such forward-looking statements to be covered by the s
Slide 3: Why LightSolver: A Large HPC Opportunity, Proven Technology and a Path to Scale
Why LightSolver: A Large HPC Opportunity, Proven Technology and a Path to Scale ~$89B Real-world Projected HPC Customer market by 2034 Validation Applications across major industries Aerospace & Defense · Engineering · Energy Financial Services · National Labs CollPlant provides the public -company
Slide 4: Transaction Structure Aligns Ownership with Execution
Transaction Structure Aligns Ownership with Execution AT CLOSING Closing shares + pre-funded warrants $5M funding to LightSolver to support execution Existing biotech assets CollPlant continues to evaluate MILESTONE 1| MILESTONE 2 | MILESTONE 3 strategic alternatives for its Warrant tranches tied to
Slide 5: Computing with Light
Computing with Light Dr. Ruti Ben-Shlomi, Co-Founder and CEO
Slide 6: Silicon Quantum Light
SILICON QUANTUM LIGHT LighiSsolver
Slide 7: We Need More Compute. But We Can't Keep Paying the Energy Bill.
We Need More Compute. But We Can't Keep Paying the Energy Bill. Space Nuclear Quantum 7
Slide 8: What If We Compute With Light?
What If We Compute With Light? • Closed-loop all-optical compute core • We use interacting lasers • Analog Physical based computer 8
Slide 9: LPU – Laser Processing Unit
LPU – Laser Processing Unit Using the physics of light itself as a new way to compute Up to 1M variables / core ~200 TB/sec equivalent Massively parallel optical memory bandwidth interaction Persistent optical memory Few Nanoseconds per iteration Up to 10,000x faster than a GPU Super-fast optical dy
Slide 10: Inside the LPU: Computing with the Physics of Interacting Lasers
Inside the LPU: Computing with the Physics of Interacting Lasers A computational problem is translated into laser parameters: For illustrative purposesAI only. model results are preliminary and subject to ongoing development and validation. 10
Slide 11: Inside the LPU: Computing with the Physics of Interacting Lasers
Inside the LPU: Computing with the Physics of Interacting Lasers Mirror SLM Camera Parameters are encoded on laser parameters For illustrative purposesAI only. model results are preliminary and subject to ongoing development and validation. 11
Slide 12: Inside the LPU: Computing with the Physics of Interacting Lasers
Inside the LPU: Computing with the Physics of Interacting Lasers Mirror SLM Camera The lasers settle into physical equilibrium, the "steady-state” For illustrative purposesAI only. model results are preliminary and subject to ongoing development and validation. 12
Slide 13: Inside the LPU: Computing with the Physics of Interacting Lasers
Inside the LPU: Computing with the Physics of Interacting Lasers Laser values translated back to digital solution Camera takes a “snapshot” of the laser values For illustrative purposesAI only. model results are preliminary and subject to ongoing development and validation. 13
Slide 14: The Path from Proof to Product
The Path from Proof to Product 2020 2022 2023-2025 2026 2028 Founded Physics is Working Scaling the Optical Core New Class of Applications LPU Commercial Platform • Vision: compute with • First optical computing • Increased number of • Solved linear systems (Ax = • Scaling into the LPUplatform light
Slide 15: LightSolver Addresses Some of the World's Largest Compute Markets
LightSolver Addresses Some of the World’s Largest Compute Markets Large-Scale Simulation Aerospace & Defense Engineering Software Automotive 2034 HPC Market Oil & Gas $89B (1) Optimization Logistics & Supply Chain 2034 SAM* $53B Energy & Infrastructure Financial Services >60% of HPC AI / Physical A
Slide 16: Technical Validation Is Converting into Commercial Commitment
Technical Validation Is Converting into Commercial Commitment Paid Pilot / NRE Benchmark / PoC In Process State Owned Defense Company → 200x faster decision making European Energy Services → 100x faster for Oil & Gas Subsurface Imaging Supercomputing Center Top-10 Aerospace Company → 60x faster mate
Slide 17: Boeing: From POC to a Multi-Year Engineering Program
Boeing: From POC to a Multi-Year Engineering Program Customer problem: Computationally intensive corrosion modeling Running on LPU platform Results: Why it Matters: Broader Impact: • Better material selection • Lower maintenance burden Up to 100x • Lighter structures lower fuel lower faster consumpt
Slide 18: Customer Validation and Product Readiness Unlock Scale
Customer Validation and Product Readiness Unlock Scale Standard LPU Product-ready system Product LPU POC 100K Variables LPU MVP 100K Variables 1M Variables Production scaling Enterprise LPU clustering; mass production Roadmap Customer Paid NREs; Simulation tools Public cloud HPC orchestration Progre
Slide 19: A Different Compute Paradigm Designed for Real-World Deployment
A Different Compute Paradigm Designed for Real-World Deployment Hybrid Dimension GPU Quantum Photonic LightSolverLPU Compute Electronic Quantum + classical control Optical + electronic Closed all -optical loop architecture massively parallel AI / matrix Target workloads AI / parallel HPC Simulation
Slide 20: A Full-Stack Technology That Is Difficult to Replicate
A Full-Stack Technology That Is Difficult to Replicate Proprietary All-optical architecture Closed-loop computation with interacting lasers Optical System & control know-how Precision control and orchestration Software & algorithms Compiler, PDE and optimization libraries Application & integration k
Slide 21: Deep Scientific Leadership. Broader Management Platform.
Deep Scientific Leadership. Broader Management Platform. Dr. Ruti Ben Shlomi Eran Rotem Amir Oz Co-Founder & CEO Deputy CEO & CFO COO PhD in Physics, CollPlant CFO (Nasdaq), GE Healthcare, Weizmann Tefron, CFO (NYSE,TASE) SanDisk Institute of Science, Healthcare Tech., CFO Intel (Nasdaq) & Gamida, E
Slide 22: The Investment Case: A New Computing Moving Toward Commercial Scale
The Investment Case: A New Computing Moving Toward Commercial Scale HPCMegatrend Exposure Next-generation computing that addresses Customer -Validated Tech silicon’s power and thermal limits. Active, paid programs with Tier-1 aerospace and defense leaders, including Boeing. Massive Target Workloads
Slide 23: Investors@LightSolver.com
Investors@LightSolver.com 23
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