Laboratory Battery Electrode Cutter with Custom Die Specifications
Product Type: Laboratory battery electrode cutter
Die Configuration: Customizable specifications
Body Material: Full metal
Brand: ATOMFAIR
Product Introduction
This laboratory battery electrode cutter is designed for preparing repeatable electrode samples during battery material and cell research. Its manual lever-operated format provides a compact cutting tool for laboratory work where the electrode geometry is defined by the selected die.
The cutting die can be customized within a maximum size range of 60 x 90 mm. The full-metal body supports a stable benchtop setup, while the compact footprint is suited to laboratory sample preparation areas.
After placing an order, please contact our customer service team promptly to confirm the die dimensions and drawing. If the specifications are not confirmed, the default size shown in the product image will be used for shipment.
Key Features
- Custom die geometry: Die sizes can be customized within the 60 x 90 mm range to match the required electrode sample format.
- Full-metal construction: The machine body is made of metal for a durable laboratory tool structure.
- Manual lever operation: The lever format supports direct, operator-controlled sample cutting.
- Compact laboratory format: The stated 170 x 255 x 170 mm dimensions and approximately 7.5 kg weight support placement on a laboratory workbench.
Technical Specifications
| Specification | Details |
|---|---|
| Product Name | Laboratory Battery Electrode Cutter |
| Application | Battery electrode sample preparation |
| Operation | Manual lever operation |
| Custom Die Range | Within 60 x 90 mm |
| Body Material | Full metal |
| Dimensions (L x W x H) | 170 x 255 x 170 mm |
| Approximate Weight | 7.5 kg |
| Die Configuration | To be confirmed according to the required electrode shape and size |
Application Areas
The cutter is intended for laboratory workflows that require electrode pieces with a defined outline and repeatable dimensions, including battery material research, electrode preparation, coin-cell or small-format cell assembly preparation, and related sample-cutting tasks.
Handling and Procurement
When requesting a quotation, please provide the target electrode length and width, required outline, material type, and expected sample format. The die design, cutting clearance, final machine configuration, and any additional fixtures should be confirmed before order placement.
Product weight and external dimensions should be considered when planning laboratory placement and shipment handling. Public image URLs, final pricing, and packaging contents are available for confirmation with the quotation.
Related Products
For a complete electrode preparation workflow, this cutter can be evaluated alongside laboratory electrode coating, drying, calendaring, punching, and battery assembly equipment selected for the target cell format.
This document defines the custom die and configuration constraints for the laboratory battery electrode cutter. It records the order-confirmation and quotation inputs required before the machine is produced or shipped.
- Custom die dimensional limit: Selected dies must fit within the maximum 60 x 90 mm size range.
- Die specification confirmation: After placing an order, contact customer service to confirm the die dimensions and drawing before shipment.
- Quotation input requirements: Provide target electrode length and width, required outline, material type, and expected sample format when requesting a quotation.
- Pre-order configuration confirmation: Confirm die design, cutting clearance, final machine configuration, and additional fixtures before order placement.
- Laboratory placement and shipment planning: Consider product weight and external dimensions when planning laboratory placement and shipment handling.
This procedure describes the manual cutting workflow for producing defined electrode samples. It follows the product's lever-operated cutting process and custom die requirements.
Required Equipment: Custom cutting die, Manual lever electrode cutter
- Confirm electrode specifications
Confirm the required electrode length, width, outline, material type, and sample format with the engineering team before configuring the cutter. - Specify the die
Contact customer service after ordering to specify the die dimensions and drawing within the 60 x 90 mm range. - Install the die
Install the confirmed custom die into the full-metal cutter body. - Position the electrode material
Place the electrode material under the die in the cutting position. - Cut the electrode sample
Operate the manual lever to cut the electrode sample to the defined outline.
What is the maximum electrode sample size that can be cut with the Atomfair laboratory electrode cutter?
The maximum die size is 60 x 90 mm, but the actual cutting dimensions depend on the custom die configured for the specific electrode shape. The operator must confirm the die dimensions with the manufacturer before order fulfillment, as stated in the product description: die sizes can be customized within the 60 x 90 mm range.
Can the die be customized for non-standard electrode shapes, such as circular or irregular outlines?
Yes, the die geometry is customizable within the 60 x 90 mm maximum size. The product description notes that die sizes can be customized to match the required electrode sample format and that the required outline should be provided when requesting a quotation. This allows for non-rectangular shapes as long as they fit within the dimensional envelope.
What are the space and weight requirements for installing this electrode cutter on a lab bench?
The cutter has dimensions of 170 x 255 x 170 mm (L x W x H) and an approximate weight of 7.5 kg. It requires a stable benchtop surface and is manually operated, so no additional power or pneumatic infrastructure is needed.
This manual lever-operated electrode cutter delivers repeatable electrode sample cutting with customizable die geometry up to 60×90 mm within a compact, full-metal benchtop chassis. It is suited for laboratory workflows requiring defined electrode outlines, but demands operator-controlled force and pre-confirmation of die dimensions to avoid default shipment.
Positive
- Custom die geometry up to 60×90 mm: Die sizes can be customized within the 60 x 90 mm range to match the required electrode sample format, enabling flexible adaptation to different cell geometries.
- Full-metal durable construction: The machine body is made entirely of metal for a durable, stable benchtop structure that supports reliable cutting in laboratory environments.
Trade-offs
- Manual lever operation limits throughput: The lever-operated cutting mechanism requires operator-controlled force, which can reduce reproducibility and throughput compared to automated or pneumatic alternatives.
- Die dimensions must be pre-confirmed: Customers must confirm die dimensions and drawing before shipping; otherwise a default die size is used, potentially causing a mismatch with the intended electrode format.
Every advanced material, component, equipment, and instrument in our catalog is backed by rigorous testing. We maintain strict internal quality management frameworks and align with CE conformity metrics to deliver transparent, reproducible performance data via our public open-science repository.
To request raw batch performance data, submit formal vendor registration paperwork, or execute a fast-turnaround R&D manufacturing loop, contact us at inquiry@atomfair.com.
Item is dispatched under the Atomfair Shipping & Delivery Framework (Free worldwide shipping on orders over $59 USD excl. heavy equipment). Return is governed by the Atomfair Return & Refund Policy (7-day technical return window).
